JPS62313A - Photograph container - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention]

The present invention includes a housing for accommodating a pile of photographs so that the top photograph lies below the window in the housing, and a housing for pulling out and out of the housing parallel to the viewing window and for re-opening the housing. A photo exchange mechanism consisting of a transport means and a holding device,
The transport means takes a photo from one side of the pile when the slider piece is pulled out, guides the photo again to the other side of the pile when the slider piece is pushed in, and the holding device is operable from the outside to prevent the photos of the remainder of the pile from being affected by the transport means and to disable the photo exchange mechanism so that the entire pile can be removed from the housing by means of a slider member. a retaining device is provided on the slider part in the form of a separator, and the transport means is provided in the form of a retaining element on the arrangement located in the housing under the bias. Regarding the photo viewer. Such a device is described in our previous German patent application P27 42 8, which has now been published as a published specification.
No. 49 is described and claimed. Specification No. 200
UK Patent Application No. 87449 published as No. 5227
/7g is German patent application 7'2? 42 84
Corresponds to 9. The device described in DE 27 42 349 has the advantage that, when the exchange mechanism is disabled, the entire pile can be removed with one slide member. This makes it possible to create a photo exchange device that is convenient to handle and has financial value. The device described in specification P2'l 42 349 is
It consists of a press arrangement in the form of one or several springs, with an externally operable button provided at the bottom of the housing for deactivating the springs. These devices form the basis of the invention, which is based on P27 42 8
It is based on the problem of improving the device described and claimed in No. 49 in the manner detailed hereinafter. In addition to its function as a viewing device that can be easily held in the hand,
Preferably, the device can also be used as an upright or hanging frame. For this reason, the front side of the device must have an aesthetically pleasing exterior, and the back side must have supporting feet that allow the device to stand upright or lie down. Preferably, the device should be able to handle storage fences and automatic photo exchange devices in the correct position, and it is particularly important that the device be able to operate reliably even in the case of deformed photos. be. The device should nevertheless be inexpensive to manufacture. According to the invention, there is provided a housing for accommodating a pile of photographs in such a way that the top photograph lies below the window in the housing, a housing for accommodating a pile of photographs parallel to the viewing window; a re-insertable slider member and a photo exchange mechanism consisting of a transport means and a holding device, the transporter being adapted to take one photograph from one side of the pile when the slider member is withdrawn; When the slider member is pushed in and out, it guides the photo again to the other side of the pile, and the retaining device prevents the photos of the rest of the pile from being affected by the transport means, and the entire pile is removed. A device operable from the outside is provided to disable the photo exchange mechanism so that it can be removed by the slider member from the housing, and a retaining device is provided on the slider member in the form of a separator. , and the means of transport is under spring bias). In the photo viewer, which is provided in the form of a holding element on the assembly located in the housing, the pressure assembly consists of a plate supported by a spring. Furthermore, a photo viewer is provided, characterized in that the corrugated plate has a geometry substantially conforming to the size of the photo, and a holding element is disposed thereon. The use of a pressure plate made of plastic material in combination with a metal spring 7 reduces manufacturing costs, since expensive spring material is used only where a certain degree of elasticity is practically required. Second, constructing the pressure plate from a plastic material makes the retention cover easier to apply and therefore less expensive. Moreover, the retaining cover
Even highly deformed photographs, i.e. curved downwards, can always be arranged in such a way that they can be grasped reliably. Additionally, the plate can cover the spring and neutralization mechanism so that only the preferably matte black surface of the plate can be seen when looking into the receiving device. The plate can be sufficiently rigid so that a neutralization device can be engaged with the plate. After all, the types of elements that can be manipulated externally,
The freedom of choice for placement and accommodation is increased, and as a result, for example, the disabling button can be placed on the lip of the housing, thus freeing up space for accommodating the stand...behind the clamp. It can be left in the center. All technical parts of the device are then placed inside or behind the housing, so that the no-clamp can be made in two parts, thus configuring the front side as a decorative frame, which frame can be shaped as desired. then they can have different finishes while other parts remain uniform. This two-part configuration makes it possible to advantageously adapt the necessary guide and stop means for inserting the device into an automatic photo exchange device. For purposes of illustration only, certain aspects of the invention will now be described with reference to the drawings. Referring to the drawings, the photo viewer consists of a housing 100 consisting of an upper shell 102 having a photo window 104 and a lower shell 106. As can be seen from the cross-section shown in FIG. 6, the two shells are positively interlocked and then glued, welded or clamped together. However, an external groove 108 is left between the two shells, which acts as a guide groove, for example, for pushing the device into an automatic photo exchanger. A stop member 110 on the lower shell blocks the groove. The stop element ensures that the device can only be pushed into a predetermined position during guidance of the automatic device. To ensure that this occurs at the correct lateral top edge, the groove is asymmetrical with respect to the plane of the main center of the device. In FIG. 1, a grip portion 112 of a slider member is shown.
and only the front wall 114 can be seen. The gripping portion 112 is fabricated separately from the rest of the slider part and is joined to the latter at a later stage, for example by means of a push-fit connection to the adhesive housing, as can be clearly seen in FIG. be done. Preferably, the grip part is first injection molded from plastic material integrally with the upper shell of the housing and is separated from the latter after customary surface treatments. The closed device according to FIG. 1 is thereby given a uniform and attractive appearance. Since the pile is removed through the slider member, it is preferable to provide auxiliary means to prevent the photographic pile from falling out of the slider member in an uncontrolled manner. To this end, the grip portion can have an extension 116 shown in dotted lines in FIG. Clamp from the side,
and/or elastic tongue 120 with retention hook 122
is formed on the side Wi of the rail 124 of one slider member (
Figure 2). FIG. 4 shows the main elements of the exchange mechanism and its disabling device. A separator bar 128, which acts as a retaining device, is attached to the slider member 126, while a pressure plate 130 is supported by four leaf springs 182 on the shell 106 below the housing. The leaf spring extends from the lower shell towards the grip of the slider member such that the leaf spring is not compressed when the slider member is pulled, but allows the pressure plate to yield gently as the separator runs over the pressure plate. It is preferable to do so. Flat bottom portion 13 of slider member
4 (see Figure 2) reaches below the pressure plate. Finally, the slider member is otherwise open-bottomed, additionally stabilized, and has a flat bottom portion 184 as shown in FIG.
Provides a wide grip facility for several fingers. Pressure plate 130 is preferably an injection molded part;
It has a reinforcing lip 136 on its lower surface (FIG. 8). Such reinforcement means are also provided to some extent around the pressure plate, but not in the area facing the opening of the housing, so that this opening can yield in a deflecting manner. In this area there is also a cutout 138 into which the bottom 140' (FIG. 2) of the grip of the slider member projects. Elongated holes 140 are arranged in the two reinforcing ribs 136 parallel to the working direction of the slider part, into which the projections 142 of the neutralizing tongue 144 engage. This tongue forms an integral plastic part together with the disabling part which is slidably guided in the shell below, however, the tongue 144 is elastically connected to the button. Alternatively, a two-part structure and a hinge-like connection between the two can be chosen. The tongue 144 is guided under a bridging-like control bar 148 that projects inwardly from the bottom of the lower shell. By placing the button 146 in the position shown in dashed lines in FIG.
Upon movement (this operation is facilitated by the groove 150 for the fingertip), the tongue 144 is pressed downwardly by the control rod 148 and the pressure plate is pushed down with it through the projection 142 and the elongated hole 140. carry it to. The pressure plate is thereby disabled. The position and arrangement of the neutralization device can be easily seen in the plan view according to FIG. As can also be seen in this drawing, the two shells forming the housing extend beyond the width of the side rails 1520, with the slider part being guided between the rails, so that these two longitudinal The helicopter is constructed as a double wall. On the one hand, the sash strengthens the housing, and on the other hand creates a space surrounding the viewing window which is of equal width all around and provides the opportunity to round the corners of the housing. FIG. 5 also shows a depression 154 in the area of groove 108 for purposes to be described below. Miso 15G in the lower shell is the flat bottom portion 134 of the slider member.
is complementary to Recesses 158 and 160 are
They are respectively indicated by broken lines in FIG. 5 and are designed to fit only into the rear side without completely destroying it, and are formed for the stand and disabling button described below. 145 is provided only for the passage of tongue 144. The pressure plate, together with its spring, is illustrated in more detail in Figures 8-14. The four leaf springs are metal in this case and consist of, for example, spring bronze or spring steel. Small pins are injection molded onto the underside of the plates, and the leaf springs have holes that are complementary to these pins so that the springs can be pressed onto them and riveted. Or it can be welded. In a similar manner, the spring can also be fixed to the lower shell, but it is sufficient to simply support the spring there longitudinally. A narrow extension 162 of the forward spring pair in the withdrawal direction extends this spring pair beyond the point where they are fixed to the plate 130. They extend into the bow 164 with clearance through corresponding openings 166 in the plate.1. Then again their free ends rest on the underside of the board. these bows 1
The function of 64 is that when the slider member is withdrawn, once the separator 128 has passed over the opening 166 in the plate, it presses the individual photographs held tightly by the plate upwardly and away from the plate; When the slider is returned, this photograph is lifted so that the photograph is lifted away from the separator and above the pile that has been removed outwardly in one member of the slider. On the top side of the board, there is a 3 piece of material that firmly grips the opposite side of the photo.
There are two strips. These confections, hereinafter referred to as "retaining strips" 170, form a vehicle intended to retain the photograph facing the pressure plate when the slider member is withdrawn. As can be seen from FIG. 11, the upper side of the retaining strip, for example made of soft plastic material, has a rough surface so that lumps can collect between the raised parts and the strip can still act as a means of transport. has been made into In addition, as shown in FIGS. 13 and 14, small brushes 174 can be placed on the underside of the separator 174, and these brushes press against the tightly held photo 172 when the slider member is withdrawn. slides with small friction (Fig. 13) and cleans the retaining strips on the return stroke (Fig. 14). A horizontal intermediate space is left between the retaining strips over the entire length of the drawer of the slider part. It is important that the separator contour is such that the lower edge of the separator meets the space 176 in between, as shown in Figure 9.
can contact the surface of the plate 130 in the area of the plate 130 and thus be able to engage the bottom edge of the photo 172, and that edge can be attached to the bow 16.
Configure it so that it is pressed by 4. The plate has two further notches 178 laterally which release the plate from being pressed downward during the return stroke of the slider part. This is a patent application 1137/1973.
It is explained in detail in the specification of No. 22. however,
It should be mentioned that the plate, which is rather rigid in nature, has the advantage that the spring no longer tends to tilt when the control cam of the slider part engages laterally in the area of the outer edge of the plate. Figures 15-18 show the structure and arrangement of the feet of the stand. The bottom of the lower shell 106 has a circular depression 180 with a through hole 182 formed in its center. The round head 184 of the foot inserts the through anchor 1 into this through hole.
Although it is fixed at 86, it can rotate freely. This stand 188 has its radius on the head. Flexibly connected in the region of a straight line of direction, the central tongue 190 of the stand projects through a complementary opening in the head and acts as a stop for opening the stand. The stand is held by a button 192 in the recess 154,
It can be liberating to do something like that. The center of the head of the stand's legs is equidistant from each of the opposite vertical and horizontal edges of the Uzing. When the stand is folded down from the head, it can be returned to any of the three desired angular positions so that the device stands stable as a standing frame in the upright position as shown in FIG. The stand is wide near its free end so that the device also stands securely in an upright position. Complementary notches 198 to the protrusions 1 and 6 injection molded onto the head 184 and present on the bottom of the shell below serve to lock the stand in any possible angular position. The head and stand are integrally injection molded from plastic material. Figures 19 and 20 show the device in which the exchange mechanism has been disabled. Button pressed outwards accordingly, 146
Fi, I can't ignore it. It can also have descriptive markings on its inside. Also visible is the notch 154 briefly mentioned above which marks the centerline of the viewing window. When attaching a device to some type of device, such as a motor-driven exchange device, it should be possible to detect the device's location, and more precisely its fixed position relative to the center of the viewing window. If the device is only one size, end stops could be provided. However, the apparatus preferably has a 9x9.9x11.
Although configured for 5 and 9X11oJ photographic positives, this central notch is advantageous since the photographic centering should be mold independent. Furthermore, such a motor drive exchange device should be able to engage the device regardless of the type of device. Two possibilities for achieving this are shown in Figures 21α, b, c and 22α, b, c. The mold shown in FIG. 21 corresponds to the dimensions given above. Holes are provided on the rear side as engagement points for the motor drive nozzle, and these are holes 200 (also visible in FIGS. 2 and 15) in the flat part of the slider part. and a hole in the lower shell 106, the latter hole being accessible through a matching hole 202 in the button 146 (note that the hole is inaccessible when the button 146 is withdrawn). ) As can be seen from FIG. It will be seen that the stroke of the slider parts is different in different types.If the embodiment shown in Figure 21 is chosen, when changing to a different type, the motor-driven slider The length must also be changed or adapted. This is unnecessary in the case of the embodiment shown in FIG. 22, where only the longest mold has engagement holes 204 and 206, whereas in the case of other molds elongated throats 208, 210 are provided. , whereby the stroke adjusted to the longest form is first idled corresponding to a shorter draw-out length of the slider part, and only after that the stroke accompanies the slider part and therefore the slider part. The reverse stroke also begins with a partially unloaded stroke. There is no need for a guide slot to be present at the junction of the upper and lower shells of the housing, but alternatively the lower shell can be offset slightly inwardly with respect to the contour of the upper shell. However, structures where edges need to be aligned will almost always form a step at at least one point due to tolerance reasons.
It's inconvenient. Figures 23α to 2ad are schematic longitudinal sectional views showing other embodiments of the photo exchange device according to the present invention. Again, the pressure assembly can be seen having a housing 250 with a viewing window 252, a slider member 254 with a separator 256, and a plastic plate 258 and a biased leaf spring 260. Also shown is an auxiliary spring 262, which does not appear in other figures and is therefore described here. When a slider member is pulled out as fast as an elbow, the separator can run with its inclined surface 264 onto the inclined guide surface 266 of the plastic plate 258 and accelerate the plate, and the degree of this acceleration is This end is, of course, supported by the mass of the pile 268 and the leaf spring 26 supported thereon.
Together with the It does not grab just one photo, so two or even three photos are left on the pressure plate 258, while the separator carries the remainder of the pile 268. The auxiliary spring 262Fi strengthens this system and in this way acts as a damping means for the plastic 258. However, such an auxiliary spring is biased plate 260
It should be pointed out that this is only necessary when the is fairly soft. Also, as can be seen from Figures 23a-d, the edge of the slider member lying on the pressure plate facing the grip 270 is supported by the pressure plate since the pressure plate does not have steps. Not done. The separator is this helicopter 272 in the photo.
, that is, when it runs over just before reaching the position shown in Figure 23C, this heli curves downward 9 and springs back into the flat position shown in this figure, while the bent end of the pressure plate is separated. The helicopter will now stand still relative to the helicopter below. The curved portion 274 is dimensioned such that the separator can be easily engaged under the photo lip 272. In this construction, therefore, the auxiliary elastic legs shown at 162 in FIGS. 10 and 12 for pressing the photograph upwards are unnecessary. However, the pressure plate also has other special features, which can best be explained by reference to Figures 24-sob. As a result of the mentioned bent portion 274, the associated rear end 278 is lower than the main plane of the pressure plate 258, and between them there is a groove 280, in which the grip of the slider part fits, so that a small number of Even when only a photograph is present in the device, there is no collision with the hold-down cam. This will be described later with reference to FIGS. 60 and 65. Finally, support for the holding vehicle, clearly marked, occurs, the extent of which is marked at 282 in FIG. 28b. As before, transport (i.e.
More specifically, the pile 268 in the housing 250 ("retained" in the bottom photo) is a strip 2 made of a special plastic material with high traction.
As a result of the presence of 84, this photographic support material is mounted on a pressure plate. Four of these retaining cover strips are provided in this case, but this number is not critical. However, it is important to note that the strip 28
4 decreases across the face of the pressure plate in the direction of a small upwardly projecting step 286 adjacent the inner edge of the pressure plate 258. The photograph at the bottom of the pile thus lies with its edge over which the separator first runs protected behind this step 286, the height of which is equal to the nominal thickness of the photographic support, e.g. Since it is 1.25x or 1.5x, the bottom single photo is reliably gripped by the separator. The surface 2slj:M facing this edge in the photo is slanted, so the separator can slide along this surface during the return stroke. Due to the thickness of the strip 284, the bottom photo lying on the board does not deform laterally as the separator runs over it, so it does not tend to rise up from the board and is carried along with the pile by the separator. . Cuts 290 in the region of the edge of the pressure plate provide space for stops 292 of the photographic pile that engage into these cuts. By means of the measures described above, it can be ensured that in each photo exchange operation, only the bottom photo, this one, remains on the pressure plate and all other photos of the pile are transported to the outside. Pressure plate 258, apart from rear end 278, is relatively solid and inherently rigid. The trailing edge 278 is substantially thinner than the main portion of the plate. This is shown in sections 23a-d. The reason for this is that photo exchange is of course effective even when the photos are crooked. However, on the other hand, when the exchange mechanism is disabled, ie when the pressure plate is in this case pulled below the level of the lateral ledge of the slider, the photograph should not be retained on the pressure plate. If the photo is curved and its central area is closer to the pressure plate than its edge, which is supported by the ledge of one member of the slider, then the difference in level mentioned above (of course by an amount of only a few millimeter or a fraction thereof) ), it is possible to bring the photograph and the retaining cover into contact, so that the movement of the bottom photograph will be hindered when removing the pile. For this reason, the pressure plate Fi also has two upwardly projecting longitudinal lips 294, and as a result of this construction, the exchange mechanism is disabled even when bent in this way. indicates that it is transported to the separator. Also, as this drawing clearly shows, there is a projection 298 of the slider part whose upper surface rests on the photo pile, and a plastic plate 298 "pressed down".
58. There is a height difference between. Finally, in FIG. 24 one can see the lateral runners 300, which project beyond the contour of the pressure plate. The purpose of these runners, in conjunction with the slider member, is to release the pressure plate when the slider member is withdrawn, and to press it below the level of the ledge of the slider member during the return stroke of the slider member. It is to be. This is explained in detail in Japanese Patent Application No. 53-113722. For reasons of easy accessibility and reliability, these runners are constructed here as follows. That is, when the slider member is withdrawn, the runner can sag and contact the control surface of the slider member, but can remain stationary during the return stroke of the slider member, thereby causing the runner to contact the control surface of the slider member. maintains the pressure plate in an unused position, ie, away from viewing window 252. Two possible solutions are respectively 27(Z, 30(Z and 27b, :30b
It is represented in the figure. FIG. 27 is a view from below the pressure plate in each case, and FIG. 30 shows the runner 3 when the slider part is withdrawn.
00 is a cross-sectional view of the bulge-pressure plate of the slider member of the element at the location where it contacts the control surface of the slider member; FIG. 27a and 30a, retaining lugs 802 and small posts 304 are injection molded onto the underside of pressure plate 258. Referring to FIGS. A slot 306 is formed between the plate and the retaining lug into which the runner 300 is inserted from the outside. Since the runners are in the form of cut-out or perforated platelets, narrow IJ tubes 308 are created, which hang down in a resiliently deflecting manner between these small posts 304. There is. Near the end of the liner, which runs underneath when the slider part is pulled out and therefore does not have to flex first, a roughly semi-cylindrical support member 310 is molded in the area of the slot, and the runner 300 is attached to it. has a complementary position, thus creating a type of swivel support. Only when the control surface of the ledge of the slider member runs over the other end of the runner can the runner aooFi rotate inwardly around this joint, facilitated by the wedge-shaped cross-section shown in Figure 30α. , the strip 308 acts as a spring. In the embodiment shown in Figures 27b and 27b, this joint was omitted to allow the runner to deflect more easily. For this reason, the runner
It does not require a wedge surface as in the 0α diagram, but the sth
It can have a rounded outline as shown in the ob diagram. The advantage obtained by this is that during assembly no care has to be taken regarding the position of the joint as well as the position of the tapered surface, but all runners can work equally well in the four possible positions. Figure 27α also shows an elongated knob 312 injection molded onto the underside of the plate onto which a pressure spring 314 is pressed through its opening 316 (Figure 29α), after which the knob is left in place to secure the spring. Can be melted using sonic welding equipment. Alternatively, the spring 818 (Fig. 29a) can have a transverse notch 320, and a corresponding projection 322 of complementary shape on the underside of the plate (Fig. 27b) secures the spring 318 in the same manner. can be used for The mass of the runner aOO so formed is so small that the material costs are correspondingly negligible. On the other hand, however, the toughness properties must be better than in the case of inexpensive plastic materials such as those provided for the pressure plate, such as polystyrene. For this reason, the runner is injection molded from a plastic material with good self-lubricating properties, such as polyamide. FIGS. 31α to 81c show another configuration of the rear end 278 of the pressure plate 258. FIG. In the case of an inconveniently crooked photograph,
These rear ends should of course nevertheless initially hold the bottom photograph by means of their retaining cover when the photograph exchange movement is started (see FIG. 23b). When there is a curvature similar to that shown in FIG. 26, or even when there is a curvature in the opposite direction, the bottom photo must be released from the pressure plate by the separator. For this reason, in Figure 81α, in addition to the two aforementioned rear ends, 1. A third central rear end 278' is provided, which of course would require reconfiguration of the grip of the slider member and the stop of the pile thereon. Alternatively, in FIG. 31b, each trailing end 324 is connected to the actual plate 258 by an injection molded or pressed leaf spring 326 of steel and directed upwardly with respect to the main plane of this plate in the direction of the pile. bend, so that the bottom curved photo is gripped, but the straight or oppositely curved photo is pushed back against the bias of the spring by the rear end (injection molded into a thin plastic strip) It should be pointed out that the spring structure formed thereon is not possible when using cheap plastic materials due to its cold flow; the bias of the spring is of the order of magnitude of approximately 5 oop. be). Alternatively, according to FIG. aiC, a narrow metal leaf spring 380 with threaded loading can be provided as a connecting piece for the rear end 328. In the case of the last-mentioned construction, no modification of the slider parts for the "simple" pressure plate 258 according to FIG. 24 is necessary. Figure 32α-d shows that in each case:
In the diagram, in a configuration substantially limited to the operating elements, on the one hand the different constructions of the separator and on the other hand the pressure plate are shown. The separator must have a groove at its lower edge that slides over the surface of the pressure plate and allows entry of the retaining cover. In its cross section, the picture on the pressure plate must follow this contour, or in any case it is impossible to bend it with a sharp edge. As a result, the photograph can only lie against the edge 332 of the retaining cover, but will not be properly retained. This relatively unfavorable case is most often expected using the form of the embodiment shown in FIG. 32α. Larger surface area retention cover 384 and wider opening 336 in separator
The arrangement illustrated in FIG. 82b is similar. A very large opening is provided in the separator shown in Figure 32c, which during its return stroke only has one "tip" 338 to the extent that the retaining cover does not wear the lower edge of the separator. Press down on the pressure plate. The excellent adhesion of the photographs on the retaining cover 340 in FIG. 32d is achieved by their rounded cross-sectional shape, which matches the contours of the photographs. In Figure 32, the copy X held in each case is illustrated, the separator is therefore shown during its return stroke, and its lowest point (lower edge) is the protrusion of the slider part. Note that the housing 298 is closer to the bottom of the housing than the top. FIGS. 33-41 are, for example, shown in FIGS. 23α-d,
Concerning the shape and assembly of the neutralization arrangement in the device. FIG. 33 shows the housing 342 of the device (without the slider part) from below, and a button 346 with a finger lip 344 can be seen, which button is disabled in a recess 348 in the bottom of the housing. can. This is all that can be seen from the outside. Figure 36 shows button 346 as viewed from the housing. The button is in this case also an injection molded plastic part, which has a reinforced lip 350 that runs all the way around it and a lateral actuating arm 35.
2 and 354. In Figure 34, the button /I''i photo exchange mechanism is shown to be at 6L being activated.To disable the father mechanism, the button 346 is displaced </Ef+348 VC old, The button thereby engages onto a rib 360 which is injection molded onto the bridge 3s4 of the housing and is received within the button groove 362.Button 34
6, there are injection-molded operating arms 352, 354 which, in the disarmed position of the button 346, rest over the springs 260 and ie, hold these springs at a distance from the window opening in the housing. The shorter arm 352Vi has no other functions. During displacement of the button, the longer arm 354 runs onto an inclined surface 356 of a control strip 358 formed on the bottom of the housing and thereby upwardly with respect to the rest of the button, i.e. towards the viewing window. Bend. However, as long as the slider member is still inside the housing, the free end of the arm is still held in place by the water leaking from the contacting slider member (FIG. 38). When the slider piece is now pulled, the arm snaps upwards and on the return stroke of the slider piece, the edge of the ledge on the slider piece then runs onto the arm and pushes it, thus pushing the button Push the whole thing back into the exchange activation position. Since the plastic material used for buttons can always flow, for credit purposes another reverse control ramp 366 is provided on another control strip 368 and the button is inserted onto this ramp 366. The rounded portion 368 of arm 354 travels and is pressed back unless the arm releases the spring in any way. Figure 35 illustrates how to assemble the button at the bottom of the housing. First of all, the long one, the entire rack of μ arm 354
, : 6364 through the slot 370 of 1i4j in the bottom of the housing, and then by turning the button, diagonally in the opposite direction, the shorter Fukasaku arm 352 is inserted into the slot 372'Q that is powered in the opposite direction. Can be pushed through. This is made possible by a cutout 374 in the edge reinforcement around button 346 (Figure 36). The button must now be turned into its correct position and the operating arm 354 must be moved across the control strip 358, which for that reason again has an inclined surface 376. Finally, the button with groove 362'i reaches the top of lip 360 and indentation 34'
The 8 edge lugs 378 fit onto the step 380 of the button 346. The protrusion 382 of the triangular color strengthens the bridge 364. Figures 42a-45c illustrate other aspects of disabling device placement and operation. In the change shown in No. 42α-C1h, the disable button 3
86 slides within the bottom 384 of the housing. Arms 388i next to the disable button 3861d are placed on top of the pressure spring 390 during displacement of the button.
engaging in a manner similar to that described above. At the same time, the extension 392 on the button runs onto the control slope on the bottom of the housing, indicated at 394, so that the extension fal
d recessed upwardly through a slot in the pressure plate) 391--covered by a separator 398--projects into the exit passage and flexes elastically when the separator is withdrawn. During the return stroke of the separator, there is no picture between the separator and the extension, and the separator can push the extension back, thus pushing the button back to the activated position. The embodiment shown in Figure 43α-A operates in a l'l-like manner. Since the extension extends in a direction opposite to the i'31 exit direction of the separator, the button 400 is not pushed back but pulled back when the separator hooks onto the hook 402 of the extension. Compared to this embodiment, the embodiment of FIG. The hook 406 contacts the edge 410 formed by the plate slot 408i. In the displacement of the button, the hook, as before, protrudes through the thrower) t-, whose elasticity is now limited by the intersecting pin 412, and the intersecting pin into the long slot! Laterally supported with respect to J414. In the embodiment shown in Figure 45α-C, the button is displaced not in the direction in which the slider part is pulled out, but in the opposite direction, in order to disable the replacement mechanism, and then the replacement slider part is pulled out for the first time. Return to activation position when activated. Figure 45α shows a schematic longitudinal section, where arrow 414 indicates the direction of displacement of button 416 into the disabling position, the effect caused by the engagement of arm 418 onto spring 420 taking place as previously described. . At the same time, the two extensions 422, which simply lengthen the arms 41, 8 that hold back the springs, run onto the control strip 424 and are pushed upwards by this, so that their free ends move and cause the slider parts to rise above the sail 426. Two lugs 428 molded into
into the moving path of the slider, these two lugs press the button back to its initial position during the withdrawal movement of the slider part, and in that operation the pressure spring 420 is depressed for a sufficiently long time so that , the slider transports the entire pile to the outside as well as the parts. FIG. 46 shows another possibility of fixing the disabling button acting on the pressure spring 430 in the bottom 432 of the housing.
P# Shown in perspective view. On its inward facing side, the button ldT
J1 (7 fAt), this post has a central arm 434'ft that mates in a sliding manner into the slotted portion 446 of the aperture 448 of the housing, and the aperture 44
8 so large part 452'tm and just mate 7
゛character bar 450'? r: Has. Inside, the bottom 454 of the housing has two injection molded bins 456 over which the pressure plate springs 430 fit into their holes 460.
Placed by Near this fastening point, the U-shaped spring has an auxiliary tab 462. Here the button is that T-shaped bar 45
When guided all the way through the opening 452 at 0 and moved along the slotted section 446 in the direction of snap-fastening, the auxiliary tab 462 is resiliently guided outward and the button returns to its final position. as soon as they reach their original positions. When the button is pressed again in the direction of 452, the spring is depressed by the figure 7, while the button itself can no longer be removed. Figure 47.alpha. illustrates a method of advantageously fixing the pressure spring 260'i of the plate into the Ujifugu 250. Each spring 260 has a single-shaped notched portion 464 at one end that mates onto an H-shaped cross-section peg 466 molded onto the bottom of the lug (as shown). In this way, the spring in fact tilts near its free edge in its oscillating movement, and this movement occurs smoothly and silently. If the spring is made of bendable @, the embodiment of Figures 48α, b is even smoother in operation and is preferred. As is clear from the above description, when the disabling button acts on the springs of the pressure plate, these springs are stretched at their highest points (i.e. those points that are closest to the housing). I can't go down. This is because, of course, it is at this point that the pressure plate itself is fixed. However, it is desirable to draw the plate as closely as possible against the bottom of the housing. This is the 49th α~
At least this is mostly accomplished using the structure shown in FIG. According to figure 49a-d, the disabling button 466 acts on the pressure spring 260 as before. However, a hook 468 is additionally molded on the button, and this hook cooperates with a counter hook 472 on the pressure plate 470, where the hook 468 is adapted to be hooked just before the button reaches the disarming position. and pulls the end portion of pressure plate 470 closest to the slider member back toward the bottom of the nozzle as a result of which wedge surfaces 474 and 476 of hooks 468 and 472, respectively, come into play. Alternatively, the hook 468 is the 50th α-
As shown in figure b, it can also act on a pressure arm 478, which arm is coupled together with the two pressure springs 260'i. Another embodiment is shown in FIG. Here, pressure plate 4
The arm of the leaf spring 480 facing the button 486 starting from the tightening part 484 on the button 82 extends the possible displacement path 4 of the button.
88, while the other arm is relatively long. This probably implies a different profile of the two arms, to ensure a uniform rocking movement of the pressure plate, but it was obvious to the expert and could therefore be omitted in the drawing. One modification is shown in FIG. Here, the arm 492 of the spring facing the button 490 is, for example, a corner!
Since the deformed portion 494 with ffi is
As shown in the figure, they are pulled down as one body, but a spot between the plate and the spring exists at a certain distance from the final position of the button. FIG. 53 shows, in general longitudinal section, another possibility of using a relatively short path of movement of the button to create a maximum path of movement from the pressure plate away from the viewing window of the housing. A plate cam 504 is mounted on the bottom 500 of the housing for full rotation of the peg 502, and this cam is pressed by an externally accessible key 506 on the housing, for example, with a 60° angle counterfeit. Can turn. , the plate rests loosely on the control piece 510 bent back from the spring arm 508 in the direction of the plate 504, so that the movement of the spring during the replacement operation is not impeded. However, since the plate cam has a profile that roughly corresponds to an Archimedean spiral, when the key 506 is rotated as shown by the dashed line in FIG. It is pulled. Figures 55α, 56α and 55b, 56b illustrate alternative constructions as an alternative to the runner arrangement shown in Figures 27α or 27b, respectively. Instead of placing a laterally flexible runner on the pressure plate and a rigid control strip on one member of the slider as shown in those drawings, in this case the control surface of the pressure plate is rigid. , while the moving runner is provided on one member of the slider. The movement of the runner is actively guided by guide members molded onto the bottom of the housing. In the embodiment shown in Figures 55α and 56α, a button 516 is incorporated into the lower side of the lip 514 of the slider member, and the pocket wall facing the inside of the housing has three openings 5tsl. Fixation hole 5 for urine in pocket
There are 10. The runner 522 fills the hole 520 in a manner similar to that shown in Figures 27a or 27b.
It has a resiliently deflectable strip 524 with a mating anchoring extension 526. tJ of the runner's control surface
Extending from minute 528 to the other side, and thus beyond the underside of the slider part V, is a control cam 530 which is associated with a control guide member 534 at the bottom of housing 532. Starting from the pulled-out position of the slider member shown in Fig. 55α, the control cam is guided along the inner edge of the guide member 534;
A pressure plate (not shown) is held down by runner control surface extensions 536 as these extend through opening 518 during activation. Finally, the control cam 530H hits the inwardly curved surface 538 of the control guide member and eventually deflects inwardly, thereby causing the elastic strip 524 to deflect. When the slider member is then pulled again, the control cam 530 runs along the outside of the guide member and the control surface of the runner is pulled back into the pocket 516 of the slider member 514. The runner is assembled as follows, as illustrated in Figure 5θα: First, from below at an angle (56α,
(Figure 56b shows a perspective view from below the ledge of the slider member) Pushing extension 536 through opening 518, the runner flexes slightly and anchoring extension 526 can then be pressed into hole 520. The embodiments shown in Figures 55b and 56b are the same as those described above, the runner and its attachment, and the protrusion of the slider member. Although the illumination method is different, the control guide remains unchanged. Here, the runner is held loosely by two stops 542 that fit onto the runner at the sides. The stop lies in the plane of the lower surface of the ledge of the slider member. The pocket 544 is open in the direction of the pressure plate (not shown) and has two jamming cams 546, 548' at its bottom due to the elastic strips 550 of the runners. have Runner is No. 56b
Stop 54 parallel to itself as shown
2, the strip 550 slides resiliently upward along the surface 552 of the angled mounting of the jamming cam 546. The strip is then pressed between jamming cams. As is clear, in the two embodiments described above, assembly can be performed by machine. FIG. 57 shows, once again to approximate actual size, the levels important for the operation, namely the upper level (level A) of the projection 9560 of the slider member on which the pile of photographs rests;
the lower level of the separator 562 (level B), which is always lower than level A (the separator is part of the slider part), and finally the level C1, which holds the vehicle when the pressure plate 564 is pushed down. The effective surface of the cover shows gold. Theoretically, under these circumstances, reliable removal of the pile is always guaranteed, even when the photo is defective. However, even when a perfect photograph is used, the separator will warp to some extent (No. 24), such as when running onto the sloped surface 266 of the pressure plate, and the photograph present on the pressure plate will reflect the direction in which the slider 1 member is withdrawn. It sometimes happens that it is only gripped at or near its edge which extends parallel to the curve, and this is indicated by the arrow 566 in figure 58b; , Qi to show the corresponding curvature of separator 568. In the end, photo 570
is not only arched inward and compressed in the direction of arrow 566, but also [hung jump month 572
is given. The central area of the separator can trap metal and transport the photo with it or even damage the photo. In this case separator 5
The backswept design of 68' provides sill relief, again highly exaggerated and shown in Figure 58c, where the central region 574 first runs onto the pressure plate. . This side of the separator that then runs onto the ramp 266 can be configured, for example, at an 18° angle (FIG. 59) so that the separator occupies a relatively small space. The steeper this edge, the less risk there is of a single photo remaining on the pressure plate during the exchange operation. However, on the rear side, 3
An angle of 0° or more is advantageous because it is easier for the photograph to be lifted by the pressure plate. Figures 60-62 detail the construction of the slider member adjacent its gripping end. Such a slider member can co-operate within the apparatus with a pressure plate shown in FIG. The slider member ledge 580 with injection molded lateral guides 582 and the central grip 584 on the front wall can be seen. A photo lateral ledge resting on ledge 9580 may be supported against grip 584 and bond stop 588. Grip 584 and stop 588 are hollow. Stops 588 have notches 590 on their upper side into which hold-down cams on the housing (these will be described below) move. On the underside of the slider member, the ledges are joined by a bottom cross member 592. The bottom intersecting wings fit into complementary notched portions of the housing;
This cannot be reached, for example, by cutting b1 at right angles through one front body of the housing, as can be seen in FIG. For that reason, the lateral guide 582 and the bottom intersecting member 5
92, there is a corresponding space and the lateral guides are accessible with their underlines in this area. Proximal to their edges, each of these lower edges shoulder an elongated notch 594fi into which a hinge bin 596 of a label cover 598 is rotatably received. When the label cover is assembled, it deforms elastically and snaps into the notch 594. A label (not shown) can be placed between the front wall 586 and a label cover made from a transparent plastic material. The cover 598 is then hinged upward from the person's position as illustrated in FIG.
Locks in a notch 602 on the underside of the 04 with teeth 600 molded thereon. The outside of cover 598 is then brought close to flat as can be seen from the vertical blood cut in FIG. 61. Figure 62 shows the locking mechanism of the label cover on an enlarged scale. The cover has two inwardly projecting curved surfaces 60 in the front wall when the slider member is pulled out.
It can be attached and detached by pressing with your finger in the area 6. Edge protrusions 599 molded into the inner corners of the label cover hold all the labels that have been placed. Figures 63α to 63c show a method of arranging the slider member 270 in the entire housing 250 and slidably installing it in the apparatus shown in Figure q23α. The slider members do not lie in flat contact with the opposing surfaces of the housing, points 610, 612, 614 and 61
It will be fully appreciated that the contact occurs only in 8 minutes, so that the risk of jamming and subsequent tight movements are reduced, especially at the beginning of the withdrawal OR movement of the slider parts. It can also be seen in the stop protrusion 616 molded transversely to the separator on the slider member.
These stop projections are located at the lip 62 of the housing.
When traveling with respect to 0, the slider member is limited in its withdrawal movement. The lower surface of the ledge 622 of the slider member also runs in linear contact with a rib 624 on the counter rib 626 of the housing 250. In the drawings of Konera, the space remaining between, firstly, the opposing surfaces of the housing 250 and, secondly, the slider member is, of course, shown not to scale, but in an exaggerated manner. Figures 64a-64c illustrate the support of the photo pile and its insertion into the slider member. , leading edge of C ile 6
70 is here centrally supported against the grip of the slider member, on each side of which grip openings 674 remain free, through which the pile can be grasped with the fingers and removed through the grip opening. figure). A retaining strip 678 is molded into the upper edge of the lateral slider part, beneath which the pile is pushed from the grip of the slider part, so that the pile can be moved up and down the device as shown in FIG. 64α. It cannot fall even when it is turned. From the upper side of the upper housing plate 680, which has a viewing window 682, a grooved rib 684 projects towards the pile, and the topmost picture of the pile shows a grooved rib 684 against the rib under the action of a pressure plate when the device is closed. As shown in FIG. 64C, on the one hand, the contours of these ribs, and on the other hand, the retaining tubes 68 lie flush against each other and are located at their respective service portions 68.
6 and 688. Without these stepped parts, it would be difficult to manufacture all the relevant parts from plastic material by injection molding method (C), since the ribs forming the entire frame would be too thin overall. shows, in front view and Figure 6 S B in perspective plan view, the so-called upper shell of the housing, which is injection molded from transparent polystyrene or other transparent plastic material.For that reason in Figure 4656 , you can also see the molded parts on the inside of the shell above this.For clarity, the planes of these parts lying coplanar with the inside of the shell are indicated by intersecting lines in the diagram @65b. The upper shell is generally U-shaped in cross section, with side 700
and an upper surface 702. The pillars 704 protrude outward from the sides. A push-down cam, previously described and indicated at 708, is molded near the cut-out portion 706 of the inner grip. Stops 710 are provided adjacent to the opposite ends against which the corresponding lateral edges of the top photo in the pile can be supported. FIG. 66 is a partially cut away perspective view of the so-called lower housing shell of the double wall frame construction. The inner struts 712 match the sidewalls 700 of the upper shell, and along the interface, the two shells are ultrasonically welded together. Ultrasonic welding is then performed on the cover 7 frame at the top plane of the outer rail 714 and end wall 716. Cover frame is 708.710 and 684f
: are still visible through the plane of the window in the cover L, M 65α, and will be discussed later. Two photographic hem stops 718 project inwardly from the end wall 716 of the housing. They are stop 71
0 and push-down cam 708, the passage of the slider member, particularly one portion of the slider member, must traverse the 1tu path of the separator sump that forms it (shown in front view in Figure 67). For that reason, the slider part has corresponding cutout portions 718', 708';
The latter is also above the road for stop 710. A cutout in the underside of the separator allows it to pass freely through the retaining cover of the transport means, as will be explained in more detail below. Figure 68a shows the fully assembled device in cross section, but without the exchange mechanism, ie, the pressure plate and separator. Because in this case it is the assembly to be explained. The lower shelf 03 and upper shelf 02 are now located opposite each other, while the stop 616 projects upwardly from the lower shell.

[Fig. 63α). Engaged with the upper peripheral lip 722 of the upper shell, the cover frame 724 mates in a vertical direction at 726 into an inwardly directed groove 728 of the lower shell.
The lower shell and the upper shell - and optionally the cover frame - are supported by hand by lateral projections similar to 704, so that a thin-walled yet stable hollow structure is obtained. obtained, which is ultrasonically welded at 780. The earthen walls are positioned in a positive interlocking manner into the cover frame. The embodiment shown in Figure 68b1 is somewhat different. Here, the upper shelf 32 is simply a board,
This is first welded to the cover frame 734. Each stop for the withdrawal of the slider part is located on a post 736 on the side of the slider part and cooperates with a counterstop f on the shelf 38 below the housing (not visible in this cross-section). . The lateral struts of the frame structure are not illustrated in this figure and in figures 68c, d, and they correspond approximately to the embodiment shown in figure 68a. In the gGsC diagram, the narrow lateral rails 744 and 74
6 are the lower shelf 40 and the upper shelf 42, respectively.
projecting toward each other from the rails, and between the rails runs a stop formed on the slider member 748. Counterstops are then provided on both the upper and lower shells. <g 68 d According to the figure, the lateral rails of the upper shell are molded onto the cover frame 750 rather than on the shell itself. These lateral rails concentrically center the plate-like upper shell, which is then ultrasonically welded to the cover frame. For the remainder, this structure is the sixth
This corresponds to Figure 8c. However, it will be appreciated that in this case the outer contour is significantly less rounded than in other embodiments, but this is entirely for aesthetic reasons only. FIGS. 69α to 612 show a certain device, for example, FIGS. 33 to 612.
41 shows the arrangement and structure of the legs of the stand in the device shown in FIG. In Figure 69a, the entire device can be seen from the rear, where the stand legs 752 are open. The legs of the stand have a long portion 754 and a lateral portion 756;
Hinge 758 (hinges 758) connect to shell 760 below the housing, and when opened, the feet of this stand allow the device to stand like a table top stand in both upright and horizontal configurations. However, when folded it lies flush with the outer surface of the shell below, so the device could optionally be used as a hanging frame. For that purpose, eyelets 761,762 are provided. A foot 752 is accommodated on the shell 760 below the housing, and is provided with a cutout 766 for further movement of the foot and three slot-shaped opening lowers 76.
,? ? ? > and 778 can be seen. slot 7
During 77, the elongated column molded on the foot 752 locks,
The strip defining slot 777 can then be moved and resiliently inserted into slots 776 and 778, respectively. Pillar 768 is illustrated in Figures 69b,c. Figures 69d to 69d show the structure of the hinge 758 in detail. It is sufficient to describe only one hinge, the other being constructed in mirror symmetry. In Figure 69A, which is a plan view of the rear side (lower shell) of the device, these parts are marked in each case and are illustrated on a larger scale in Figure 69d-1. That is, the legs 752 folded in FIG. 697 correspond in cross section to the legs shown unfolded in FIG. 7i 699. When viewed in the direction of the hinge mountain,
Three parts can be distinguished: the upper part as shown in Figure 69d, where the roll-off lip 780 on the foot engages into the complementary roll-off groove 782 of the lower shell; A retaining part as shown in figure 69c,
The hinged portion 784 of the foot now snaps into the hinged lower lower portion 86 of the lower shell (this bottom flat portion 788 is laterally restricted by a slot and outwardly elastic). a locking portion as shown in H69fX (l), where a projection 790 molded onto the foot 752 snaps elastically onto the rib 792 when the foot is opened and closed. .A second after that operation, the flat part 794 of J2 is similarly inserted into the slot 7.
96 and deflects upward. The angle when the legs are open is determined by their upper edge 798 (・f
Figure i69q). Figure 69j is again enlarged to show the eyelet 762 over which the slider member must slide. For that reason, the hooks on the wall for hanging the device should not protrude too far during the nose so that the eyelets inside the housing are closed by the side walls 799. Problems that may arise as a result of the structure have been described above. Figures 70α to TOc show another structure of the device in which the groove C 67j91i in the separator 718' can be omitted.
11 to 66) has in fact been replaced by a leaf spring 800, which is biased in the manner shown in FIG. When pressed flat. In this phase of the photo exchange, there is no actual photo edge. Figure 70α shows the device in a closed configuration in vertical section. Figure 71α-'18c disables the exchange mechanism. 71a-c, the lifting pin 810 is attached to the bottom 812 of the housing. It is mounted on the leaf spring 814 in close proximity to the leaf spring 814 and can be deflected by a pin projecting outwardly through the leaf spring bottom 812, so that when the slider member is fully closed, the pressure plate 816 Stationary pile 8
18'i from the vehicle's retaining cover (not shown) via lifting pins 810. Slider part 8
20, the bottom picture of the pile is captured in step 822, or notch 824 in the separator, as shown in Figure 71C, so that the slider member transports the entire pile outward; The bottom picture of the pile facing away from the separator also rests on the retaining cover of the vehicle. Notch 824 can have a typical size, eg, a full thickness up to three photographs. In the embodiment shown in Figure 72α-0, the pressure plate detailed above can be pulled downwards to remove the pile, but this is not absolutely necessary. Using the button 830, in the manner shown in FIG. 72C, the elastic hook 882 to be pierced is placed on the side of the pressure plate and pushed out of the passageway 834, which passageway is a groove in the extension of the slider member. The elastic hook engages below the edge of the photo pile 836 closest to the separator,
The pile can be safely removed as it is transported by a member of the slider together with the button/830. However, here the accessibility of button 830 is less advantageous than with respect to FIGS. 34 et seq. above. @
Figure 72b shows in full cross-section the position of button 830 during the photo exchange, which button has been displaced to the neutralization position (pile removal position) in Figure 72C. In the solution according to FIG. 73α-0, the button 840 is
Rod system 842t-i, horizontal wedge rail 84
4, the rail thereby pushes out the lifting pin 848 for the pile 850, and the pile 850 is forced into the ledge of the slider member and moves vertically;
The extent is such that the bottom picture can no longer be on the pressure plate (not shown) and the separator safely releases the pile. The illustration fd is schematic, and stops, bias springs, etc. are not shown. Fig. 78c shows the exchange position on the left side and the removal position on the right side (t'l) in cross section. Fig. 73a is a schematic plan view;
Figure 3b is a schematic longitudinal sectional view. @Figure 74 shows the 68th
b is a schematic front view of some of the devices shown in FIG. Probably. The step may result from the need for a greater wall thickness with respect to the remainder of the housing (C button guide, stand foot). The VC feature of this construction allows relatively large numbers of devices to be transported stacked on top of each other without the devices slipping relative to each other. $
In Figure 74, the entire position and size of the label shown in Figure 60 can be seen very clearly. It should be pointed out that in this figure a slider member is shown without a portion of the housing. Figures 75a-79 finally show the runner (24.27)
．． Since the runner of Figures 55 and 56 may prove uneconomical for reasons of cost and wear, an alternative construction is shown for holding down the pressure plate assembly during the return stroke of the slider member. Figure 75α-0 schematically illustrates the following principle;
``catch'' 900 engages in a controlled manner onto the edge of the pressure plate 902 proximate the opening of the housing;
The plate is then released when the slider is pulled from one member (
Figure 75α], the catch locks on the plate in the outer end position of the slider member, holds the plate down on this edge as the slider member is pushed back, and holds the other end of the plate on its edge. Press down with separator (75b)
), and finally the catch immediately releases the plate again in its inner end position (Fig. 75C). Only the mechanism for powering the exchange of photos will be shown here.1. for example,
@33-41 The embodiment of diagram could be used. Figures 76-79 detail these alternative aspects,
Always shown schematically to highlight important details. Two pivot hooks 908 are rotatably mounted on the bottom 904 of the housing about a hinge pin 906 extending perpendicular to the plane of the bottom 904. One of the hooks is shown in perspective view in FIG. Along the bottom 904 of the housing runs a two-armed lever element, which has a run-on arm 91 at one inner end.
2 and has a hook arm 914 at the other outer end, which arm connects to the lever element 910 via a vertical post 916. Molded on the side of the pressure plate 902 is a locking rod 91g in the form of a platelet-like extension. The operating arm 924 is attached to the side of the protrusion 920Ifi of the slider member 922.
, these arms are outwardly resilient and slide on their outer sloped surfaces 926 as they pass the hook arms 914'i, and flex outwardly as the slider members are pulled. C Figure 78]. During this phase of photo exchange, the pressure plate must be able to move freely, so the arm of the hook is attached to the locking rod 918 of the plate.
Do not engage the top of the When pushing back the slider member 922, the actuating arm 9
The free end of 24 is connected to the stop projection 928 on the hook arm.
Travel upwards and turn to the position shown in Figure 79. They can then move all the way through these protrusions, where the nettle deflects elastically outward again. The hook arm now locks and holds the pressure plate 902 until the grip 930 of the slider member meets the run-on arm 912 and presses the pivoting hook back down, and then the pressure plate is pressed again. It is released (Figure 77). Since the one end position is determined by the restriction of the locking rod, no special stop is provided here to limit the pivoting movement. Instead of two hooks acting laterally on the plate, the pressure plate can also be provided with a single hook acting approximately in its center. There are various methods of attaching the retaining elements, some of which are shown in Figures 80-84. To some extent, the method of attachment also depends on the material used as the retaining element, for example natural or synthetic rubber, polyurethane, silicone rubber, flexible polyvinyl chloride have proven suitable. Some of these materials are extruded and then hole-shaped members 940
can be inserted into one complementary groove 942 in the pressure plate as a
0 1, or can have self-adhesive tape,
It can be processed from reels by stacking into plates in suitable equipment. Also, certain materials can be applied by spray gun or in paste form. The method of applying the plate first by injection molding and then applying the retaining element likewise by an injection molding process in the same mold or in a different mold is truly economical when the retaining material can be injection molded. The retaining element can then be secured to the plate by injecting the electrolyte member 950 through the holes 950 in the plate using a positive interlocking method (Figs. 1m 81-84). This type of installation also allows for different arrangements of the holding elements, e.g. rows of small heads (Fig. 84), staggered interrupted rows C.
'g83 and 82b), or alternatively allows a single strip form (figure 82α). Also, 2g81
Figures α, 81b and 81C show that the third
The contour of the holding element described above with reference to the 2.alpha.-d cap plays an important role with respect to operation, illustrating the scales being adapted to the thickness of the photographic carrier, for example, in an optimal manner for actual cutting. With reference to FIG. 83, it should be mentioned that an overlap 954 of individual elements 956 and 958, respectively, of adjacent columns is desirable. It is also possible to make the material of the pressure plate retainable during injection molding by physical means, for example by exposure to an electrostatic field, so that retaining elements can be locally formed from the material. It is possible. The device disclosed in the specification can be summarized as follows. 1. A housing for accommodating a pile of photographs so that the top photograph lies below the window in the housing, and then pulled out of the housing parallel to the viewing window and reinserted again. a photo exchange mechanism comprising a transport means and a holding device, the transport means extracting a photograph from one side of the pile when the slider member is withdrawn; guiding the photo again to the other side of the pile as it is pushed;
and the retaining device prevents the photos of the remainder of the pile from being affected by the transport means and disables the photo exchange mechanism so that the entire pile can be removed from the housing by means of a slider member. The holding device is provided on the slider part in the form of a separator, and the 1#h feeding means is provided with a holding element on the assembly located in the housing under spring bias. In the photo viewer provided in the form of A photo viewer with all features that retains elements. 2 The pressure plate is an injection molded plastic part, and the spring is a golden cormorant plate spring.
Photo viewer described in the first section of the night sale. 1 The pressure plate is an injection molded plastic part, and the spring is a wire spring.
Photo viewer described in Section ◎ 4. The pressure plate is in the direction of pulling out the slider part, and when the slider part is pulled out, it reaches the bottom of the separator by 1 inch. viewer. 5. The part of the board in the area of the opening of the board that is straight to the board, is actually more rigid compared to the rest of the board, and is flexible and loose. Photo viewer listed. 6. The flexible part of the plate is divided into small tongues by notches extending circularly from the opening in the housing.
A revival viewer described in Section 5 of the IX Kyofu Haikan. 7. The pressure plate is reinforced in the area far from the opening of the housing, only the rib facing the bottom of the housing dl
IF Shuangjinggaijingang photo viewer described in Section 2. & The part of the pressure plate facing the opening of the housing is configured so that it is angled away from the window of the housing. Photo viewer. 9. The photo viewer according to item 8, wherein the layered portion of the pressure plate is bonded to the rest of the pressure plate with a flexible platinum adhesive. 10. The flexible viscosity is formed by an all-island spring.Photo viewer for Kaikanp Hyoanamushi & No. 9 Makiriji. 11. The photo viewer described in item 6, in which the notch is formed in a manner similar to the bottom of the grip which extends into a circle of η' in part of the slider. 12. yN= of the pressure plate conveyed from the opening of the housing has a step ML which projects upwardly in the negative direction of the housing, said step Q containing a concave rising surface for the separator W;
! Photo viewer described in Section 2 of the 1μpu corner. 11. The step stands out with respect to the height of the strip of the retaining element on the plate, with a distance greater than the thickness of one picture but less than that of two #l folding mare photo viewer. 14. A similar spring is provided as a helistop of the pile, biased in the direction of the housing opening, and this leaf spring is 48 I can be pressed against this housing wall by making the slider part one part! , a photo viewer with 1 song written by Mokudoru■Bazuki. 15. The pressure plate is narrower than the shape shown in the photo in the horizontal direction with respect to the moving direction of the slider member, and the upper and /−=fc are the width of the slider member. On the bottom, supporting elements are provided on the sides of the board, but below the photo, or in the area where the supporting fortress rests the photo to be removed when the pressure-producing device is disabled. X Pizhou ■ Teeth Photo viewer described in Section 1. 16. A rib is patented that runs parallel to the retaining fortress across the surface of the plate facing the window of the housing, and the rib is close to the central part of the dark plate of the retaining element. The photo viewer listed in Section 1 is the same as the one in the bag. 17. The plate is spring biased in a direction substantially perpendicular to the housing window, but about an axis parallel to the viewing angle and perpendicular to the direction of withdrawal of the slider part. A chia dancing kite that can hold a swinging competition
Photo viewer for Mr. Haiggang 1st or 2nd term Δki6. 1 & The spring is integrally constructed and arranged so as to act on the plate symmetrically with respect to the direction in which the slider member is pulled out. 19. The spring is composed of several parts, and the spring is arranged so as to act on the plate symmetrically with respect to the direction in which the slider member is pulled out.
Photo viewer mentioned in section. 20. The photo viewer according to paragraph 19 of the present invention, which is provided with two pairs of integrally manufactured leaf springs lying behind the slider in the direction of withdrawal of the member P]11. 21. The spring is a leaf spring that extends from the bottom of the housing toward the opening of the housing. 2z The photo viewer described in paragraph 19 is provided with several pairs of leaf springs. 23. The photo viewer according to item 18 or 19, wherein the four leaf springs are provided in the manner of a parallelogram guide means. 24. The end closest to the pressure plate of the spring pair closest to the opening in the housing has a narrow extension with respect to the main body of the spring, which extension projects across the opening in the pressure plate and is closest to the viewing window. 24. The photo viewer according to item 23, which can be pressed by a separator under the surface of a near pressure plate. 25. The photo viewer described in Soba Mystery Water α Nao Nao No. 22 JA, in which the fruit of the auxiliary spring is provided as a buffer means for at least one edge of the plastic pressure plate. 26. A similar spring is shown on the pressure buildup 51E, and is supported with a fruit shape 19Ek on the bottom of the housing.
The similar springs are also fitted with similar ridges to the protrusions on the lower surface of the pressure plate, and the protrusions are then firmly attached to these false springs when the leaf springs are pressed onto them. Photo viewer for the 26th edition of Binchen x Hyoretsu Kankoku. 2a The end of the temporary spring electrically layered to the bottom of the housing is approximately 1
It has a figure-shaped opening, which opening fits over the approximately figure-eight-shaped protrusion on the bottom of the nozzle.
Photo viewer described in Section 6. 29. The restored viewer as described in item 28, in which the fixed end of the leaf spring has a joint formed by an angled portion. 30. The plate has a retaining element over substantially its entire extension in the direction of withdrawal! Photo viewer for $1 ice ■ dd 1st item. 31. The stock attachment system extends parallel to the withdrawal direction
Viewers can read the 30th song of Yagura Ia Suijeng Chaosan, which is carried out along the strip of the song. 32. A photo viewer according to paragraph 31, wherein the holding element is provided in the form of a thin strip on the pressure plate. 33. An intermediate space in the form of a strip is left between the holding elements parallel to the direction of movement of the slider part and of a length corresponding to the length of the withdrawal stroke of the slider part. Photo viewer listed in Kyokan Rui Cho No. 30. 34. The contours of the retaining cover female line on the one hand and of the separator on the other hand are designed such that a single photograph is clamped between the clamps substantially against the next surface of the retaining cover element. A photo viewer listed in item 33 of the dx software. 35. The retaining element is substantially horizontal facing the window of the housing! Photo viewer for the 34th season of the 34th season of the IX season. 36. The photo viewer according to item 34, wherein the holding element has a curved surface on the narrow side of the housing, and the curved surface corresponds to the curvature of the photo. 37. The photo viewer according to item 36, wherein the edge of the separator facing the pressure plate is designed to have a contour that is substantially parallel to the contour of curvature. 3 & The separator has a groove on the edge facing the pressure plate, and the width of the groove is slightly larger than the thickness of the photo. 39. The photo viewer described in item 30, in which the holding element is made of rubber. 40. The holding element is a paddle made of polyurethane.
Cliff *Photo viewer described in paragraph 30. 41. The photo viewer described in item 30, in which the hold-'& cable is made of silicone rubber. 31. The photo viewer according to claim 30, which is made of soft polyvinyl chloride. 43. The photo viewer described in Paragraph 30 of the Retention Element, in which the holding element is cut into strip-like lengths and glued to the N1 plate. 44. The photo viewer according to paragraph 30, wherein the holding element is cut into strip-like lengths and only the pressure plate is embedded therein. 45. The photo viewer according to item 30, wherein the holding element is applied in the form of a paste. 46, The holding element is sprayed in the dormitory μga Kyojinhara ■ No. 3
Photo viewer described in item 0. 47. Holding Wfi is a photo viewer of Kai Watari's filter, which is poured onto a plate finished by injection molding. 48. The 30th song in which the stock is removed by not exerting any local physical action on the pressure plate's plastic material due to the extrusion of the pressure plate Photo viewer listed. 49. The photo viewer according to paragraphs 6 and 30, wherein the holding element is embedded in the flexible part of the board. 50. Photo viewer according to paragraphs 33 and 49, wherein the support surface for the separator is provided on the side of the holding element in the flexible part of the plate. 51, the retaining element protrudes approximately the thickness of one photograph above the narrow side of the pressure plate in the window of the housing mm#
Photo viewer listed in Kyosu Aku VT Section 30. 52 Paddle #A Sad Topic No. 30 Featuring a Cleaning Element for the Retaining Element Provided on One Part of the Slider
Photo viewer mentioned in section. 53, the height of the retaining cover strip ends at the edge of the pressure plate toward the stage of the pressure plate, and the mounting is provided on the edge of the plate far from the opening of the housing.
2. Photo viewer as described in paragraphs 30 and 51. 54, the neutralization device is configured to engage the plate and is disposed thereon, and the plate is of sufficient rigidity to transmit the forces generated during the neutralization operation to all metal springs; The photo viewer described in item 2 of the ``Chinese-style cannon fodder'' having the following. 55. The photo viewer according to paragraph 2 of the dormitory press system, wherein the neutralization device is configured to be engaged with a spring. 56. The disabling device is actuatable by a button, which button is movable parallel to the direction of withdrawal of the slider part with respect to the housing for the disabling operation.
Photo viewer for ice φ media house No. s4d or 55. 57. The disabling device can be activated by a button, and the button flashes on the housing and can be displaced in the lateral direction with respect to the direction in which the slider member is pulled out.
Or the photo viewer described in item 55. 5& The photo viewer according to Paragraph 56 or 57 of the invention, wherein in the neutralized position, the button protrudes beyond the contour of the housing. 59. The disabling device is operable by an element located on the underside of the housing, and the disabling device can be rotated, tilted or pivoted to the disabling position.
Photo viewer mentioned in section. 60. The incapacitation device's incapacitation can be confirmed from the window and/or narrow side of the housing.
Photo viewer for entries. 61, & can move substantially parallel to itself and from the viewing window for incapacitating 1 Tosaku photo viewer mentioned in paragraph 54 or 55 . 6z The photo viewer described in Eima A Jing Shu Shuang 61, where the plate is guided by metal springs in an approximately parallelogram manner and the neutralization device engages the plate centrically or eccentrically. 63. The disabling device is configured to engage the plate so that the resulting force acts in a direction substantially perpendicular to and away from the viewing window. 4 viewers described in paragraph 61. 64. The disable button is slidably guided at the bottom of the housing and removed! IIj Xu Liao Hyogai Fanpeng photo viewer described in Section 56. 65. The photo viewer described in paragraph 64 of the Nanjing prostitution period in which the neutralization button is connected to the pressure plate via the neutralization tongue. 66. The button and tongue are integrally constructed, but they are flexibly connected to each other, giving rise to 14 groups of words.
The photo viewer described in paragraph 65. 67. The photo viewer according to item 66, wherein the neutralizing tongue is flexibly connected to the pressure plate so as to slide in the direction of displacement of the button. 6& The tongue is arranged to engage the spring Photo viewer of 梠歉淉弉轻胤认paragraph 65h. 69. To make the tongue flex depending on the button position,
Control strip ft located at the bottom of the housing
A photo viewer that features 65 items of the theft of the Central Army Gaban Chin Shu. 70. At the bottom of the housing, a control rod is provided, under which a disabling tongue is guided, so that when the button is displaced to the disabling position, it can be lowered to the bottom of the housing. Photo viewer listed in Section 69 of the Salary and Insurance Policy. 71. The photo viewer as set forth in item 67, wherein the pressure plate shoulders a hole with a long axis, and a pin formed on the neutralizing tongue engages in the hole. 7z The elongated hole is configured in the reinforced lip. Photo viewer described in Paragraph 71 of the ina WX course *α Haiku. 73. The bottom of the housing has a recess, and the disabling button is accommodated in the recess so that the side surface is almost flat! A photo viewer described in paragraph 56 or 57 of the Bopo Handbook. 74. The button has a control element, which can be deflected into the displacement path of the slider part during displacement to the disabling position, so that the slider part is so inserted into the housing; The photo viewer described in item 68 on the ``required side'' in which the button can be pushed back to the operating position. 75. The photo viewer according to paragraph 74, wherein the control element is formed by at least one extension of the spring depressing arm. 76. The photo viewer according to paragraph 74, wherein a control cam is formed on the housing to deflect the control element. 77. The photo viewer according to paragraph 74, wherein the control element is actively guided into the operating position when the slider member is moved. 7 & The photo viewer according to item 74, which has a double button with an arm that can be attached from the outside of the housing. 79. The button that slides in the housing includes a control element that projects through the opening in the pressure plate into the path of movement of the separator when the button is displaced to its disarmed position, and that the slider part is attached to the housing so that the button slides into the housing. The photo viewer described in Paragraph 56 of the article 56, which can be pressed by the separator and returned to the operating position when it is pressed. 80, Is the horizontal arm on the button Jl? 55. The photo viewer according to paragraphs 55, 56 and 79 of Shii Iwatsugu Kyoto Hanbaku, in which the arm runs over the plate spring and thereby presses the plate away from the window of the housing. 81. The control element is a photo viewer of the gll Yoshiaki Hyomizu 79th Utakisen that allows free passage of the separator in terms of the pull-out direction of the slider member. The disabling position of the 8λ button lies close to the opening in the housing, so that when the slider part is first withdrawn, the button is immediately pressed back into the operative position after being displaced to the disabling position. #5
Photo viewer for the 6th match. 81. The photo viewer according to paragraph 8.2, characterized by a means of transport for a button arranged on one member of the slider. 84. The housing loosely fits into the point where the temporary spring is fixed on the bottom of the housing, and the button is located during use.
57. A photo viewer according to paragraph 56, wherein the button, when initially displaced along the intra-strip means, positions itself behind the auxiliary ramp of the leaf spring. 85. The photo viewer according to paragraph 56, wherein the button has a spring depressing arm and an extension with a hook, and the extension and the counter hook on the pressure plate are associated with each other. 86. A spring depressing arm and a hooked extension are provided on the button, which extension engages over the crossbar of the spring arrangement in the disarmed position of the button! *Photo viewer described in item 56 of A Road Bait. 87. A spring-pressing arm is arranged on the button, and a leaf spring is arranged to maintain a large distance between the bottom of the nozzle and the pressure plate in the area of the button stroke. Photo viewer described in Section 56 of Zheng Fanxian. 8& A spring depressing arm is disposed on the button, and the arm and the traveling cam on the leaf spring are connected to the photo viewer described in paragraph 56 of the double gallery. 89, the disabling device includes a control cam which can be pivoted parallel to the bottom of the housing and by which the leaf spring is arched away from the bottom of the no-using in the actuated position. The pressure plate can then be extended, where the pressure plate is pulled away from the window of the housing. 90. The leaf spring can move freely with respect to the control cam in its operating position.
Photo viewer described in item 9. 91, the neutralization device includes a complete neutralization element, which can be moved towards the pile in the photo by means of a pressure plate, and a separator is placed under one tube in the pile that bends with the crotch part M. Yo Ak Tsukasa, #9I4 car 0 Rentei No. 1
Photo viewer mentioned in section. 92 - Photo viewer according to paragraph 91, wherein the neutralizing element is a lifting pin fixed to a leaf spring. 93. The actuation button, which protrudes outward through the bottom of the housing, is covered with a board. Photo viewer described in i-gaming section 92. 94. The photo viewer described in item 91, in which the stepped part of the separator is a rigid A water that is defined by the limiting hem of the slot parallel to the hem of the photograph. 95. The disabling device includes a grip assembly housed in a slider member, the gripper assembly being displaceable by a button, the button movable through the slider member, and The opening of the housing can be closed and operated from a hidden position to the operative connection with the photo pile.
Photo viewer for the match. 963 The neutralization device includes a pile lifting element loaded with F2O in one part of the slider, which element can be extended towards the window of the housing by means of a wedge arrangement. Photo viewer mentioned in section. 97, the wedge assembly is a wedge assembly that can be moved in the direction of the drawer relative to the withdrawal direction of the slider using a bar system by means of a button that allows the housing P3 to be displaced.
A photo viewer described in Section 96 of the Secretariat. 98, the support element is loosely fitted into the housing beyond the underline of the separator, and there is a control element on the plate with a slider mill material, the means being partially printed on the slider or engraved in the housing. 15. The photo viewer according to item 15, in which the board is close to the opening of the housing, and the holding cable is held at least at the end of the board. 99, the means on the board is a W hemp β-bore Φ4 box No. 98, which is a control surface located in the direction of the slider and a counter control surface, which are placed on the support block of the slider base material.
Photo viewer 0100 described in section 1.A runner forming a control surface is arranged on the side edge running parallel to the direction of pulling out the slider material, and the runner is arranged so that when the slider material is pulled out, the runner is However, when the slider member is moved downward, the control surface fixed on the slider member runs on the solenoid, and this causes the retaining surface on the plate to move as shown in the bottom photo of the pile. A photo viewer of the 99th section of the 99th section of the 99th section of the 20th anniversary of the 20th anniversary of the 20th anniversary. 101. A runner forming a counter control surface is swung 1C over the ledge of the slider part facing the plastic pressure plate, and the runner is swung 2C when the slider part is pulled out. However, when a person tries to take off a part of the slider, the control surface fixed on the plate moves upward, thereby causing the holding surface of the holding element on the plate to One in the pile = - The level of Koshita's photo is also pressed down.
The photo viewer described in paragraph 99 of this document. 101 Each runner has a self-lubricating spring made from a platelet made of plastic material and an elastic strip, with respect to the strip. A four-piece viewer described in @Garan Kyoto Gangu No. 100 or 101 that can move the protruding control surface part of the runner. 103. Elasticity) The photo viewer according to claim 1o24, wherein the IJ knob is layered in the center. 104. The photo viewer as set forth in paragraph 102, wherein the plate must bear a swivel shelf proximate to one of its ends. 105. The small plate is made of polyamide, while the pressure plate and slider parts are injection molded from polystyrene. 106. Each runner is actively controlled along a control cam provided at the bottom of the housing. 107, the disabling device includes a hook assembly ef disposed loosely in the opening of the housing, the assembly comprising:
98. A photographic viewer according to item 98, which has a free-standing resistance that, when actuated by the slider member, holds the pressure plate tightly due to the larger portion of the slider member's passageway. 108° Two levers with hooks are provided,
The lever can only be pivoted into the holding position by a first actuating element mounted on the slider member during the return stroke of the slider member, and the slider member is in contact with the housing in almost all its parts. Photo viewer according to item 107, which allows the sliders to be swiveled into their release position by a first actuating element located on the member when pushed into the photo viewer. 109, the hooked lever can be pivoted around a pin provided in the bottom of the housing with m' at right angles with respect to the bottom of the housing.
Section 08 Precepts Q photo viewer. 110. The photo viewer described in item 109, in which the pressure plate has an extension and the lever with a lock can pivot. 11! , the first actuating element is a resilient actuating arm placed on the ledge of the slider section of the tX6μMIA.
4kmmt a s, 109 and U 1103. pHI Gion's 4 viewer. 11Z The second actuating element is formed by a portion of the front wall of the slider member! No. 108 of the 108th Chung Gongzhi
Photo viewer mentioned in section. 113. The photo viewer according to paragraph 112, wherein the second actuating element is formed by a grip of a slider member projecting inwardly into the contour of the housing. 114, the levers with hooks have pressure on their side surfaces that are inclined at about 1 for the first SJh element.
# 115. The photo viewer according to Paragraph 1, wherein the housing comprises an upper shell and a lower shell, and the two shells are configured to positively interlock. 116. Pair 41f in the division plane of +MJ of two shells
The photo viewer described in Paragraph 115 of the vertically curved vertical groove, which is characterized by a curved groove formed in an i-like manner. 117. A photo viewer of Section 116 of the Qian #Liujingyan ruins featuring a locking cam located close to a relatively short and narrow side of the housing and clearing the guide groove. 11 & l characterized by all the inwardly projecting depressions present in the area of the guide groove and marking the center of the viewing window! d
A photo viewer described in Sui Qiuyui's Paragraph 116. 119. The grip piece of the slider FiuW, which fits into the upper shell and its contour, is manufactured in one piece, given a surface finish, and then separated.
The photo viewer according to paragraph 115. 120, the hem of the upper shell and /l or the hem of the lower shell, which are half a line with respect to the direction of movement of the slider S material, are double-walled paulownia wood, and A photo viewer for the 115th tomb 115th Re of Xu Shafu. 121. The photo viewer according to item 120, wherein the corner of the housing is rounded in at least one plane, and the round radius is approximately the same as the width of the edge of the 2N wall. 122. When viewed from the window of the housing, the housing has a rectangular shape.Photo viewer for item 115. 12 & The housing is apparently rectangular when viewed from the slider member 14i, but it is rounded with a radius t that is approximately half the height of the housing. photo viewer. 124. The lower shell has a recess for the stand, and the foot can be folded into this recess in one plane. 125, (the recess is formed between the flat bottom portion of the slider member and the disabling button at the outer center of the lower shell). 126 , the foot of the stand has a head mounted in the lower shell so as to rotate with respect to the housing, a stand fixedly attached to this head, and a whole body having four sections, the first being
Section 24a verbal battle photo viewer. 127. The legs of the stand are integrally made of plastic parts. 12 & The photo viewer according to paragraph 126, wherein the stand has a stop supported on the lower shell to limit the angle at which it can be opened. 129, the head comprises a device of conventional type and at least one
126. A photo viewer according to paragraph 126, which is lockable with respect to the housing in a preferred position for standing upright. 130, the lower shell is attached to the stand leg by a hinge on the outside! Longevity! ￥# Ice Naomaro No. 11
Photo viewer described in Section 5. 131. The photo viewer according to paragraph 130, wherein the axis of the hinge runs approximately diagonally with respect to the outside of the rectangle of the housing. 13L The diagonal line is the photo viewer described in No. 131 of Fukyo Cliff W, which runs from the upper left to the lower right when looking at the window of the housing from the right in the direction in which the slider member is pulled out. 131 In the axial direction of the hinge, in front of each other, a guide part, a snap-in part and a stop part for the feet of the stand are housed A Tang Dynasty 6a1MW, 1
Photo viewer described in section 3. 134. The photo viewer according to item 133, characterized by two symmetrically arranged hinges at the corners of the housing. 135. The guide part includes a roll-off edge molded into the footrest of the stand and a roll-off groove with a complementary contour in the lower part of the no-using. - No. 133
Photo viewer mentioned in section. 136, the snap-in portion has a snap-in pin molded into the stand foot paraxially with respect to the hinge, while the snap-in pin is molded into the bottom of the housing at the rim of the opening. A mating protrusion is molded, and the edge opposite to this protrusion is a flat edge that can be elastically deflected. A photo viewer according to paragraph 133. 137. The stop part is a rib molded on the bottom part of the flat elastic I-Using, and the locking hem of the stand's foot fits onto this rib, where the legs open and when folded. , the flat part of the cabinet sags. The photo viewer described in item 133. 13 & The photo viewer according to item 137 of the article 137 in which the legs of the stand have ten fins to limit the opening angle in the locking area of the stop part. 139.4 The flat part of the elastic is restricted transversely to the axis of the hinge by the slot! NXggsatm
Photo viewer according to paragraphs 136 and 137 of s. 140,;<Product closure mt1iiA with a button e% feature for fixing the stand in the center of the housing
i The photograph and viewer described in item 124 or 130. 141. In the lower shell the slider part is guided and the pressure assembly is installed, and the upper shell consists of a window of the housing and a cover frame, which frame engages on the window of the housing. However, its outline is the same plane as the outline of the lower shell.
Photo viewer described in Section 5. 14λ The lower shell is welded to the upper shell by ultrasonic waves after the slider member is welded.Article #** is the photo viewer described in item 141. 14'A. The window edge surrounded by the cover frame has a contour that matches the locking portion of the underlying shell that projects outwardly from the contour of the housing. Photographs listed in Section 141 of the Wl. 144, Cff Tsuki 77 part is formed by the flat part of the lower shell. 145, the feet of the stand form part of the step'II
! t1MiAd! JKftAK t 44 Ojhi 12
4. A photo viewer according to any of paragraphs 144 and 130. 146. The feet of the stand are designed to hold the entire non-square housing at substantially the same angle in an upright and horizontal orientation. There it is! *gim ice a convulsive cod number 145
Photo viewer mentioned in section. 147, a slider member and at least one shell,
Slider #6 & m No. 11 with stop and counter stop for restricting the drawer path of one member
4 viewers of 5 items in 1 collection. l48. In the lower shell, protrusions/guest stops are provided for the ends of the pile, and the separator has openings for these stops.
ll East d ~ Photo viewer described in seat No. 141. 149. The shell of the housing has a wall portion flush with both sides of the slider member at the neck of the opening of the housing. 150, Grip pieces of one slider member are connected in a manner of interlocking, or are connected to one slider member p!~Shoulder Sensing Surface No. 11
Photo viewer mentioned in section. 151. The slider member has an auxiliary element for holding a pile of photographs, and the photo viewer described in paragraph 1 below. 15λ The auxiliary element consists of a support protrusion that protrudes beyond the inner contour of the slider member.
Photo viewer mentioned in section. 153, the auxiliary element consists of an elastic clamp piece fixed to the rail on the side of the slider member No. 15
Photo viewer described in item 1. 154, the auxiliary element consists of an elastic retaining tongue formed from the side rail of one layer of the slider.
Photo viewer described in item 1. 155. The photo viewer according to paragraph 14, wherein the grip bottom of the slider member has a flat bottom part, which part can be gripped from the outside and reaches below the pressure plate. 156, the flat bottom part extends under the end of the spring on the plate #f? Photo viewer listed in Section 155 of the 4-ho newsletter. 157. The photo viewer according to item 155, wherein the flat bottom portion has a grip groove on the outside. 15 & The photo viewer according to paragraph 155 or 157, wherein the flat bottom portion fits into the contour of the bottom of the housing. 159. The photo viewer according to Paragraph 155, wherein the bottom of the grip is flush with the housing on the window side of the housing, and has the same flat finish as the housing. 160, the separator is a part of the slider that is designed to collide with the center of the pressure plate first.
h 4 points, , m The photo viewer described in Section 1 of the plot. 161. The edge of the separator that impinges on the pressure plate is inclined at an angle of 10° to 25° to the vertical, while the trailing edge is inclined at an angle of 25° to 45° to the vertical, and the top thereof is replaced. It feels like the individual photos slide lol
A photo viewer according to paragraph 160. 16Z The photo viewer according to item 1, wherein a label compartment is formed on an end face of a slider member protruding from the housing. 163° The label compartment is formed by a transparent lid part rigidly joined to the slider part and located a distance from its end wall, and the label is inserted into the gap between the slider part and the lid. A photo viewer listed in Section 162 of the Yassen Sohyo Isutsutei. 164. The photographic viewer according to paragraph 162 of the term A, in which the compartment of the label is closed by a lid made of transparent plastic material. 165, the drop lid has a hem for holding paper, an opening stop,
and a locking mechanism, the locking mechanism being able to be released when one member of the slider is pulled. 166. The photo viewer according to paragraph 1 of the present invention, wherein the slider member is guided in a straight line contact in the housing. 167, the slider member is supported transversely to its direction of movement only by a protrusion on the housing, which protrusion defines a contact area substantially in the shape of a bottle, as described in paragraph 166. photo viewer. 168, the slider part has the entire resting bar as an auxiliary element, the joint is engaged in the direction above the photo, is molded on the protrusion of the slider part, and the housing is defective. Guided along the frame supports! lIIg
Photo viewer described in Section 151 of Sabikyo Gajibuki. 169, the holding rod is a movable rod that extends from the inner end of the housing of the slider member to approximately the center of the slider member.
! Photo viewer described in Section 168 of Section 6. 1? O. The end of the holding rod facing the front wheel of the slider member is rounded. The photo viewer described in item 169 of Kyoto Theater. 171, at least one provided on a member of the slider
2. A photo viewer according to claim 1, having at least one engagement element and at least one retaining element provided on the housing for motor-driven photo exchange. 17Z The engaging element is a groove in 1/2 of the housing. 173. The photo viewer according to paragraph 171, which is designed to accommodate photos of the type 9c1nX9tM. 174. The photo viewer according to item 171, which is designed to accommodate all photos of a size of 9 cm x 11.5 crr1. 175. The photo viewer according to paragraph 171 designed to accommodate photos of the 9CrnX 13m type. 176, the retaining elements are consistent in all types of devices.
Photo viewer described in item 75. 177. Photo viewer according to paragraph 171, in which the flat bottom part of the slider member on the one hand and the housing on the other hand have a cylindrical opening as a retaining element. 178. The photo viewer according to Paragraph 177 of the Shuanghu Shuangshui Olinjian, wherein the cylindrical opening of the housing is covered in its disabling position by a disabling button. 179. The photo viewer of paragraph 178, wherein in its activated position, the disabling button has a double pivoting surface having a hole that matches the cylindrical opening of the housing. 180, in the case of a relatively short type of miso device,
176. A photo viewer according to Paragraph 176 which allows an unloaded stroke of the photo exchange device to correspond to the difference in stroke required from a longer type of device. 181, the groove is relatively short type equipment b: in +nl
l as a long hole)! The photo viewer according to paragraph 180 of the 4μ Edict, which is constructed as a cylindrical aperture and, in the case of the longest type of device, is configured as a cylindrical aperture. 18Z The lower shell has hanging eyelets, and is a photo viewer as described in Paragraph 115. 183. Each one drop eyelet is formed into one relatively long rim and one relatively short rim of the non-square bottom shell. . 184, the relatively long helical eyelet is configured as an elongated slot that raises the drop point relative to the center of gravity of the device, and the center of gravity depends on the number of photos in the device. Photo viewer for Section 183 War. 185. One eyelet is formed in the area of the bottom of the grip of the slider part. 183
Photo viewer mentioned in section. 186, the other eyelet is placed on the right side of the grip when viewed from the wrong side! Photo viewer for W seat No. 185 to Sa Arashi Sou. 187. The bottom of the grip has a part projecting inwardly toward the inside of the housing, by which the pile can be pushed in alignment with the window of the housing. Photo viewer listed. 18 & The bottom metal body of the grip reaches below the rim of the window of the housing when the slider part is completely pushed into the housing, and faces it. . 189, when one slider member is pushed into the housing, there is a free space on both sides of the bottom of the grip, and within that space, the closest pressure number is from the position below the separator to the position close to the window of the housing, and the housing No. 18, which can be moved in a direction substantially perpendicular to the window.
7 dust record photo viewer. 190. The photo viewer described in item 189 of @Pekyushofan Kinrou, in which the free space is accessible from above when one slider member is pulled out. 191. The contour of the bottom of the grip is configured to be complementary to the contour of the broken part of the housing.Photo viewer according to paragraph 188 of the slider 0192- While drawing out the slider part, the separator is in contact with the photograph placed on the pressure plate only at the point where this photograph is not supported by a holding element on the other side.
Photo viewer mentioned in section.

[Brief explanation of drawings]

FIG. 1 is a perspective view of a photo viewer embodying the invention. 2 is a detailed perspective view of a slider member used in the apparatus shown in FIG. 1; FIG. FIG. 3 is a schematic longitudinal cross-sectional view of the device showing it empty. FIG. 4 is a longitudinal cross-sectional view of the device showing it empty. FIG. 5 is a plan view from inside looking at the lower shell of the housing of the device. FIG. 6 is a cross-sectional view of the housing with the pressure assembly omitted. FIG. 7 is a perspective view of the neutralization mechanism. FIG. 8 shows the pressure plate from below. FIG. 9 is a cross-sectional view of the pressure plate, also showing the separator in the slider member. Figure gl 0 is a perspective view from above of the pressure plate. FIG. 11 is a highly enlarged perspective view of one vehicle configured as a holding element. FIG. 12 is a cross-sectional view taken along line 12-12 of FIG. FIG. 13 is a schematic diagram of an apparatus for cleaning a vehicle in a non-use position, and! 141N is similar to figure 413, but for the position of use. FIG. 15 shows the housing from behind. FIG. 16 is a cross-sectional view taken along line 16-16 of FIG. 15. FIG. 17 is a sectional view taken along @17-17 in figure g15. FIG. 18 is a side view of the device when used as an upright frame. FIG. 19 is a side view of the neutralization device. FIG. 20 shows the pulled out/heading button. FIG. 21 is a rear view of three examples of different types of devices, and FIG. 22 is another similar to FIG. 21. This is an example. Figures 23a to 28d are schematic vertical cross-sectional views of other apparatuses embodying the present invention. Figure 24 is a perspective view of a plastic plate used in the apparatus shown in Figure 23. 25 is a cross-sectional view taken along line 25--25 of FIG. 24. FIG. 26 is a cross-sectional view taken along line 26--26 of the apparatus shown in FIG. 23d. Figures 27a and 27b Figure 24 of two alternative shapes of runners shown only schematically.
It is a top view seen from below the plastic sheet metal shown in the figure. FIG. 28 is a side view of the structure shown in FIG. @27b. FIG. 29α is a perspective view of the spring to be attached to the plate shown in FIG. 27α. Figure 296 shows Figure 276 in a manner similar to Figure 29α.
The spring belonging to the figure is shown. Figures 30α and 30b are two alternative cross-sectional views of the runner shown in Figures 27cZ and 276. Figures 31α to 31C are grid views of another form of plastic pressure plate. Figures 32a to 82d are four schematic cross-sectional views of a photo exchange device with alternative arrangements of the retaining cover of the vehicle. FIG. 33 shows the structure of the neutralization device when looking at the photo exchange device from below. FIG. 34 shows the structure of FIG. 33 when one member of the replacement slider is partially pulled out, looking at the bottom of the housing from the inside. Figure @35 illustrates the assembly of the device shown in Figures 33 and 34. FIG. 86 is a diagram of the interior of the disable button. FIG. 37 is a cross-sectional view along glands 37-47 of FIG. 36. Figure 38 shows #i! of Figure 34! FIG. 88 is a cross-sectional view taken along line 88-38. Figures fg 39a and 396 are drawings of Figure 38 with representations of this cross section. FIG. 40 is a cross-sectional view taken along line 40-40 of FIGS. 40 and 41; Figure ji41 is the figure 33~ without the button inserted.
41 is a perspective view from inside of the bottom portion of the housing of the device of FIG. 40; FIG. Fig. 442αC is a schematic longitudinal sectional view of another form of the neutralization key. Figure 426 shows the structure shown in Figure 42α in the button's disable position. Figure 42c is a plan view of the arrangement of elements shown in Figure 42α. Figure 43α is similar to Figure 42c in another arrangement. Figure 43b is a schematic longitudinal section through the corresponding operating element. Figures 44α and 44b show other changes in Figures 42α and 44b.
Figure 42b is a longitudinal section similar to Figures 42b and 42b; Figure 45α shows another embodiment of the invention in a manner similar to Figure 42α. Figure 45b is a plan view corresponding to Figure 45α. ? Figure JZ45C is a schematic longitudinal sectional view of the control element of the disabling button, displaced laterally with respect to Figure 45α. Figure 46 is a schematic perspective view of an alternative structure to the structure according to Figure 85, jl, for the disabling button; Figures @47α and 4'lb are longitudinal sectional and plan views, respectively, of the connection of the pressure spring to the housing of the device. Figure 48α shows another structure in a manner similar to Figure 47α. Figure 48b is a perspective view of the shape of the spring at the support end. FIG. 49α is a schematic longitudinal cross-sectional view of four shapes of the disabling button. Figure 496 is a view similar to Figure 49a with the button in the disabled position. The π506 diagram is similar to the 4X49α diagram of the modified structure. Figure 50b is a schematic plan view showing the associated contours of the spring and the tongue. FIG. 51 is a schematic longitudinal sectional view of a disabling device with a particularly suitable spring profile; Figures 52 and 53 show other possible structures @51
2 is a drawing similar to FIG. FIG. 54 is a view taken in the direction of arrow 54 in FIG. 53. @Figure 55α and Figure 55b are Figure 27α or Figure 2
Figure 7b is a schematic plan view of another embodiment of the "runner" shown in Figure 7b; Figures 56a and 566 show runner assembly and installation, respectively.
FIG. 5 is an enlarged perspective view of 5bvc. FIG. 57 is a schematic longitudinal sectional view at three different levels, defined respectively by the ledge of the slider member, the lower edge of the separator and the upper surface 11 of the vehicle-retaining cover; Applies to substantially all of the embodiments. Figures 58a-58c fully illustrate the specific structure of the separator. Figure 59 is a cross-sectional view of the separator along line 59-59 of Figure 58c. FIG. 60 is a perspective view of the guide end of a slider member with an open label compartment that can be used in the embodiment shown in FIGS. 23α-28d; FIG. FIG. 61 is a vertical cross-sectional view of the trapdoor assembly of the embodiment shown in FIG. 60; FIG. 62 is enlarged with respect to FIG. 60 and shows how the porthole is fixed. Figure @63α is a schematic horizontal cross-sectional view of an embodiment of the device with reduced operating force. "Figure 636 shows π6
FIG. 3 is a vertical cross-sectional view belonging to Figure 3α. FIG. 68c is an enlarged sectional view of the slide guide of one member of the slider of this structure. Figures 64a-64c illustrate a method of preventing a pile of photographs from falling out of the apparatus. FIG. 65α is a cross-sectional view showing a transparent viewing window of the device, for example according to FIG. 23; Figure 65b is a perspective view of the window. FIG. 66 is a partially cutaway perspective view of the mating lower portion of the housing. FIG. 67 is a front view of the separator shown in FIGS. 65 and 66, showing a protrusion of one slider member in cross section. Figures 68a-68d are cross-sectional views of different constructions of devices, each having an integral slider member and three housing elements fused together. Figures 69a-69 show the preferred construction of the back of the device with integrated stand feet. Figures 70a-70j illustrate different constructions of the inner stop for photo piles. Figures 71a-71c illustrate other embodiments for disabling the photo exchange mechanism. Figures 72α to '12c show changes to Figure 71. Figures 73α to g73c show changes to Figure 471. FIG. 74 is a front view of a photo archive consisting of several devices. Figures 75α to 75C are schematic cross-sectional views showing the order of exchanging photographs in another apparatus of the present invention. @Figures 76 to 79 are related detailed views. Figures 80, 81a, 81b and 81c are vertical cross-sectional views perpendicular to the slider part withdrawal direction showing different ways of mounting the retaining element. Figure '4C82α and Figure 826 are parallel to the pull-out direction of one slider member, Figure slb and Figure 81.
FIG. 6 is a vertical cross-sectional view corresponding to FIG. Figure 83 is a plan view of the pressure plate shown in Figure 826. FIG. 84 is a plan view of the pressure plate shown in FIG. 'J 81a. 100...Housing 102...Shell 104...Window 108...Groove 110...Stop member 112...River/grip member 126... ...Slider member 128...Separator rod 130...Pressure plate 144...Incapacitator 148...Control salary 1'64... ... Bow 170 ... Holding strip 174 ... Separator 184 ... Head 250 ... Housing 25G ... Separator 260 ... ...Plate spring 300...Runner 318...Spring patent inclination Lissinfest Akchengesellshaft Fig, 33 Fig, 35 Fig, 61 Day 9.62
bjb Fig, 64c Fig, 73a -1-173c--nc Fig, 74 Fig, 81a Fig, 81b Procedural amendment December 5, 1985 Patent Office - L Revision Letter A No 11 Department 1
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1 chow pesi of jin. Amendment Clarification M Book 1, Name of the Invention Container for accommodating four precious laminates of the same size 2, Container within the scope of the claims. 2.- Container according to claim 5, characterized in that a special device is provided for displacing the two container parts relative to each other. 14. One part of the bulge is removed by the foot of the stand.
9. Contains science fiction in the literature 3. Detailed description of the invention Industrial field of application The present invention relates to a container for photographs of the same shape. Problems to be Solved by the Prior Art and the Invention A container for photographs, that is, photographic positives, is disclosed in German Published Patent Application No. 2742.
The invention is described and illustrated in the generic form of the features listed in claim 1 of the '347 patent. The container illustrated and described in the above-mentioned publication has external dimensions slightly larger than the photograph size itself; therefore, when the top photograph of the stack is below the viewing glass plate, the container wall of the photograph The edge adjacent to the inner surface of is parallel to the edge of the viewing window, and the picture is positioned "correctly" relative to the viewer. Therefore, if the viewing window is sufficient over the entire surface of the container, the edges of the photograph will not be cut off at all. Although known containers are functionally acceptable, they are aesthetically problematic. This container can be used, for example, not only for storing photographs, but also - optionally, as a frame for a photograph. i) When it is desired to use it either as a frame or as a standing frame, this container is disadvantageously distinguished from conventional designs of such frames. This container must contain a large number of suitable photographs,
For example, to be able to hold 24 photos, it is too thick compared to its outline, and is not large enough to be used as a frame for a photograph, ie, to create a frame area of approximately the same width around the viewing window. In the case of commercially available containers of the category mentioned above, attempts have been made to alleviate the most serious drawbacks by forming viewing windows that are smaller than the size of a photograph. It has, however, the rather large disadvantage that through the viewing window the full photographic size, which almost entirely extends over the surface of the paper, let alone the photographic positive, is no longer provided. Means for Solving the Problem The object of the present invention is to provide a container having the features listed in the generic term of claim 1, which container is aesthetically pleasing in the above sense and which also looks the same. so that the entire photographic content of the photographs provided on the glass plate is visible, and without considerable expense having to be spent on its manufacture, thereby rendering the container unattractive as a storage container; It is based on forming. The solution to this problem provided by the invention is found in claim 1. According to the invention, the external dimensions of the container are enlarged in the photographic plane around the width of the area of the frame, which improves the surface-to-thickness ratio aesthetically and fulfills its function as a photographic frame. can be However, this measure alone is not sufficient; the stack or at least the top picture must be aligned with the viewing window and permanently held in this position. End stops serve this purpose. It has been found that such a container can be made with relatively low material and labor costs if it is formed from mutually movable plastic injection molded parts. Preferably, the container part is formed as a housing with a viewing window into which the other container part is pushed as a slide parallel to the viewing window. The housing and slider therefore have larger dimensions than are originally necessary for the relevant picture size; as already mentioned, the picture is placed below the viewing window using a centering member, preferably a stop. accurately located. The interface between the window seen by the extension of the housing contour and the surrounding surface part of the housing itself is defined by a fit (For+e-sc
This mating element allows the stacking of a number of similar containers on top of each other, giving rise to the possibility of its use as a hlub) element, but the front side of the container, which is important for the container's function as a photographic frame, The aesthetic appearance is not compromised by small "technical-looking" parts. A highly desirable solution is that the window surface is inwardly sloping and a corresponding bulge is formed on the underside of the housing, so that each similar container can be shaped like a stack of dishes. In this case, on the other hand, the front faces of the sliders that overlap each other in the stack can be provided with a label, which is useful for storage and organization.
g) Functional Nitotte I Required T-Al. Further features, by means of which the invention is improved, are defined in the dependent claims. Preferred embodiments are illustrated in the figures and explained in detail below; in all cases the container part is formed as a hanging with a viewing window on the one hand and as a slider on the other hand. As is clear from FIGS. 1a to 1d, for reasons of manufacturing technology the housing is preferably fitted with an upper shell (Q be
rschale ) and the lower shell (Ll ntersc
-hale), in which case a spring-loading device is attached to the lower shell. This is not illustrated in the drawing, since within the framework of the invention no specific form is required and reference can be made from the prior art. In the embodiment according to FIG. 1a, the container has a viewing window section 70.
2, which is fitted within and welded or glued to the upper shelf 24 (these parts are made of injection moldable plastic, preferably polystyrene). ). Upper shelf 24 is formed with locating tongues 704 between which is fitted a window 702 and with which a frame or edge portion 722 rests on the flat upper plane of viewing window portion 702. It matches. The plane of this viewing window is therefore lowered relative to the surface of this edge portion 722 and
2 surface has a stop 684.708 to help align the photo
(These are formed in the upper shell and are visible in the plan view of Figure 1a) to help cover the debris; however, a small marginal area of the photograph can be seen through the viewing window. It turns out it can't be done. The viewing window 702 has an end portion projecting towards the lower shell, which end portion can however also be formed in the upper shell; in the case discussed below, the viewing window is substantially transparent. It is a flat plate made of plastic. The lower shelf 03 has an end contour that is designed approximately mirror-symmetrically to the rounded end region of the upper shell. Similarly to the upper shell of this upper part, the lower shell forms a double wall in this end region, in this case 728
(first
b). Like the upper shell, the lower shell also has a positioning tongue 70.
4 has a tongue similar to 4, which helps to strengthen the whole housing, and this part is properly bonded before they are glued together or preferably ultrasonically welded. is seperated. This connection can also be made at the abutment 720 between the edge of the viewing window section and the inner wall of the lower shell, so that the three sections 702-724-703 are permanently connected to each other. The slider 748 has of course been preloaded since it has a stop 616 (not shown in FIG. 1a) to prevent complete removal of the slider. The embodiment according to FIG. 1b is slightly different. In this case, the viewing window 732 is simply a flat plate that is initially welded to the lid frame 734. The slider family ejection stops are each attached to the slider side struts 736 and cooperate with opposing stops on the housing lower shelf 38 (not visible in cross-section). The lateral support legs of the frame structure are not shown in this figure and in FIGS. 1C and 1d; they correspond approximately to the embodiment according to FIG. 1a. In the Mlc view, narrow lateral rails 744-746 project from each other from the lower and upper shelves 40 and 42, respectively, with a stop formed on a slider 748 running between them. Opposite stops are therefore provided on both the upper and lower shells. In Figure 1d, the double-walled construction of the housing with a commuter pass-like surface area 750 is clearly visible. FIG. 2a' shows, by way of example, a container similar to that shown in FIG. 1d in a perspective view. The raised tab 104 is clearly visible, and the window that allows you to see just its thickness is lowered relative to the frame of the upper shell, and the lower shell 1
06 and the upper shell 102 almost completely encircling groove 108, this groove 108 is for aesthetic reasons - in front of the slider! 114 is also provided. This embodiment, as explained further below, ie does not have a label window. However, the grip portion 112 of the slider is clearly visible, as it fits precisely into the contour of the upper shell, so there is no very narrow, almost imperceptible, and aesthetically disturbing gap. In FIG. 2b, the front wall end 114 of the slider protrudes from the east side 124 and from the bottom reinforcing plate 134 of the gripper 14.
It can be seen that this gripper 140 has a
′ here corresponds to the edge of the stacked photograph inserted as a stop, that is, the photographic print (not shown). Beam (Ha
ll) 124 itself can form lateral edge stops, or alternatively embedded plates 118 of foam material
can be. Elastic tongue 12 with claws 122
0 prevents the four self-prints from being thrown out immediately when the slider is pulled, as they are bent by the pressure of the push spring. A third stop for the edge of the photographic print opposite the gripper could similarly be arranged on the slider, but is preferably formed on the housing, as will be explained later. Figures 2a and 2
From a comparison with figure b, it can be seen that the edge of the inserted photographic print will in any case be placed in the housing in almost exact alignment with the edge of the viewing window with the stop just described; And the same goes for the fourth stop as well. The remaining very narrow overlap corresponds to the tolerances in cutting photographic prints: the size of the viewing window is cut at the minimum tolerance limit, and the distance of the end stops is cut at the maximum tolerance limit. disconnected. FIG. 3 shows in a schematic front view a number of superimposed containers, for example according to FIG. It can be seen that it fits exactly within the internal contour 854 of . In Figures 1a to 1d it can be seen that the bulge at the bottom of the housing has the same wall thickness as the rest of the lower shell, which is preferred for reasons of manufacturing technology. m-, this stepping (A brtUfUng) also results in a thickness increase in the wall thickness, which - as will be explained further - is advantageous, for example, when providing the feet of the stand. Furthermore, it can be seen in FIG. 3 that a transverse shape is provided for the cross section of the interlocking contours of the container. Each upper container is not placed with its outside on the viewing window of the lower container (risk of scratching!), but is placed within the area of the bottom step of the container; In some cases deviations due to manufacturing tolerances can be accommodated. Also in FIG. 3, the position and dimensions of the label window provided on the container slider can be seen, which will be explained with reference to FIGS. 4-6. 4a to 6 show the implementation of a slider near its gripping end; such or a similar slider can be provided in the case of a container according to FIG. 1. The slider strut 580 is injection molded.
pritZten) The side part is the guide 582 and the front wall 5
86 and a central grip 584. Grip 584 as well as side stops
588 can support the lateral edges of the photograph to be photographed on the support 580. grip 584
and stop 588 are hollow. The stops 588 have a recess 590 on their upper side, into which a hold-down cam (N
1ederhaltenocken) is placed. On the underside of the slider, the struts are connected to each other by a bottom crosspiece 592. Bottom crosspiece 592 fits within a complementary notch in the housing that does not reach the entire width of the housing. A corresponding spacing is therefore left between the side guides 582 and the bottom crosspiece 592, and the side guides are movable in this region at their lower ends. Near the ends of the side guides, their lower ends each have an elongated notch 594 in which a label lid 59 is inserted.
8 link bins 596 are rotatable. During attachment of the label lid, this link bin 596 is elastically deformed and snaps into the cutout 594. A label (not shown) can be inserted between the front wall 586 and a label lid made of transparent plastic:
1598 is then rotated upwardly from the inserted position shown in FIG. 4a and locked by molded teeth 600 into notches 602 on the underside of the top wall 604 of the grip. The outside of the gain 598 therefore closes in the same plane, as is clear from section #1 in FIG. FIG. 6 shows the locking of the label lid on an enlarged scale. The lid can be released by finger pressure at the two inward bend areas 606 in the front wall when the slider is pulled. FIG. 4b schematically shows, partially in section, the associated lower housing shell in a double-walled frame structure. Internal struts 712 match the top shell sidewalls and the two shells are ultrasonically welded together along the interface. Projecting inwardly from the housing wall 716 are two photographic end stops 718 . These stops 718 are connected to the carrier teeth (M 1tnetverkan +
m>708 (shown in front view in Figure 4c)
We have to open a door for them. For this purpose, the tooth 708 has cut-out portions 718', 708',
The latter makes way for the stop attached to the upper shell. When using a container as a stand frame, the applicable
It is of course recommended to place the edge with the label at the bottom:
This results in a preferred attachment of the feet of the stand according to FIGS. 7a-7. Figures 7a-7 show the arrangement and shape of the feet of the stand for a container approximately according to Figure 2a. In FIG. 7a, the rear container can be seen with the legs 752 of the stand pulled out at an angle. The stand has long legs 11175
4 and horizontal legs 756, which can stand up like a table frame in both the vertical and horizontal versions when pulled out, but when folded in, the outer surface of the t-section shell and It is connected to the lower shell 760 of the housing via a hinge 758 in a coplanar manner, so that the container can optionally be used as a hanging frame. Small holes 761,762 are provided for this purpose. A recess 766 is provided in the housing lower shell 760 for accommodating the foot 752; additionally, a finger notch 76 for moving the foot.
4 and three slotted open lowers 76, '777 and 7
It turns out that it is 78. A long button formed on foot 752 within slot 777 locks, in this case slot 777
The pieces adjacent to the are pushed into the slots 776-778. A button 768 is shown in Figures 7b and 7c. The structure of the hinge 758 can be seen in detail from FIGS. 7d to 71. It is sufficient to describe only one hinge;
The other is identically formed with mirror symmetry. The back of the container (
In FIG. 7h showing a plan view of the lower shell, each cross-section is marked, and the cross-section is greatly enlarged in FIGS. 7d to 7f, and the folded legs 752 are have. Figure 7g is the seventh
is a cross-section corresponding to the figure, but with the legs exposed. - Viewed in the axial direction of the hinge, three parts can be distinguished: the tongue part according to FIG. engaged within,
The retaining part according to FIG. 7e, except that in this part the foot link part 784 fits into the link opening in the bottom of the lower shell (this bottom tongue 788 is bounded on the side by a slot; The tongue 788 can thus have elasticity (compare FIG. 71), and the locking part according to FIGS.
0 fits onto the rib 792. A second tongue 794 which in this case is also bounded by a slot 796
is elastic inward. The withdrawal angle of the foot is limited by its stop end 798 (Figure 7g). Figure 7j shows again an enlarged view of hole 762, past which the slider must pass. For this purpose, the hooks in the wall on which the frame is hung must not protrude too deeply into the housing, so that the opening of the hole ends inside the housing in a transverse wall 799 (FIG. 7). 4. 1F file description of the drawings FIG. 1 shows four cross sections through each container according to the present invention in the order of FIGS. FIG. 2 shows the container according to FIG. 1 as an example in a schematic oblique view from above. FIG. 2b shows the front part of the associated slider. 3 schematically shows the stack of containers according to FIG. 1a when viewed from the front; FIG. 4a schematically shows one end of the gripper of the slider in the embodiment according to FIG. 1a; ing. 4b schematically shows the end of the lower housing shell remote from the housing opening; FIG. 5 is a partial side view of the slider according to FIG. 4; and FIG. 6 is a section enlarged to scale. Fig. 5 shows details of label storage relative to Fig. 5 in cross-section; Figures 7a to 7 illustrate the configuration of the container according to Figures 1a and 3 to 6 on the back side of the container, in particular the configuration and arrangement of the feet of the stand. 108...Groove 114...Front wall 140...Gripper 580...Support 584...Grip 598...Label groove 702.732...Viewing window 703.740, 760... Lower shelf 24.74
2...Upper shelf 52...Stand leg 758...Hinge 766...Indentation 852...Bulge 854...Internal contour Fig, 5th 9.6 Procedural amendment July 1986 23rd

Claims (1)

Claims: Consisting of two parts movable relative to each other, which part in the open position allows removal of deposits, one of which is transparent and which prevents the closure of the container. having a transparent viewing window of the same size as the photograph at a location for accommodating a deposit of photographs of the same size in which the topmost photograph of the deposit facing the viewing window is exposed; in a container having a substantially quadrilateral plane, the edges of the viewing window having substantially the same distance from the outer edges of the container parallel to them, such that the viewing window bordered by a surface portion of the container, and provided with a centering member within the container, when the container is closed, at least the topmost photograph is aligned with the viewing window. A container characterized in that it is directed towards.